go george parliament briefing...
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George Integrated Public
Transport Network
GO GEORGE
Parliament Briefing
Document:
September 2017
GEORGE INTEGRATED PUBLIC TRANSPORT NETWORK
GO GEORGE Parliament Briefing Report – September 2017
2017 09 28 GIPTN PARLIAMENT BRIEFING DOCUMENT V1.0 Sept 2017
PAGE 2 OF 41
CONFIDENTIAL 2 of 41
Document Control
Report Title: GO GEORGE Parliament Briefing Report: Sept 2017
Report Number: Ad Hoc
Prepared By: GIPTN Management Unit
Version Date Contributors Change Description
0.0 5 Sept PW Request for Inputs
0.1 6 Sept WDR, PW, AMR, HS, AC,
ZP
First draft of inputs
0.2 7 Sep ZP, PW, GM, AC, IS, AGa Additional inputs, structure
and anrrative
1.0 8 Sep ZP, JR Final review
INITIALS
(WCG: - KR – Kyle Reinecke, DR – Deidre Ribbonaar, RC -Recardo Collins, GM – Gamza Martin,
FM – Fezile Mbambo, BN – Brian Ngcebetsche, JR – James Robb, ML – Morne Lakay, GK – Gina
Kinniburgh) (PRE: - BM – Bernie Macmahon, FJ – Fadiel Jattiem, MS – Mark Skrikker; VS – Venice
Strydom) (MoG: - LAM – Lee-Anne Meiring, LD - Lionel Daniels, KJ – Keith Jordaan, PG – Pieter
Gelderbloem, ZvR – Zanda van Rooyen, DSa – Donovan Saptoe, JvS – Johan van Schalkwyk, HD
– Hein Diemont, CE-K – Chantel Edwards-Klose) (Aurecon:-WDR – Wayne Duff Riddell, RR –
Robby Robertson, IS – Ian Scott, RvR – Rinus van Raaij, CB – Cecil Barry, WC – Wayne Classen)
(Pegasys: - CvdH – Constantin von der Heyden, ABi – Astrid Bissell,AGa – Andrew Ihsaan
Gasnolar, HD – Herbert Dreyer, HS – Hannah Schultz, AC – Adeeb Conrad, FL – Farren Louw, DS
– Dominic Strano, PK – Peter Koch, AC – Adeeb Conrad, ZP – Zunaid Parker, PW – Peter
Wortmann, SM – Sechaba Maruping, JS - Johan Slabber, ME – Michael Elston) (CommXellence –
AMR – Anna-Marie Roux, AP – Anna-Lize Pretorius)
GEORGE INTEGRATED PUBLIC TRANSPORT NETWORK
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Acronyms
ACRONYM EXPLANATION
MoG Municipality of George
ITS Intelligent Transport Systems
WCG Western Cape Provincial Government
DORA Division of Revenue Act
DTPW Western Cape Department of Transport & Public Works
MLTF Municipal Land Transport Fund
MTEF Medium Term Expenditure Framework
NDoT National Department of Transport
GMT Government Motor Transport
GIPTN George Integrated Public Transport Network
VOC Vehicle Operating Company
PTIG Public Transport Infrastructure Grant
IFM Integrated Fare Management
PTNOG Public Transport Network Operations Grant
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Table of Contents
Document Control.............................................................................................................. 2
Acronyms ........................................................................................................................... 3
Table of Contents............................................................................................................... 4
1 Project overview .......................................................................................................... 6
1.1 Broad outline of system ........................................................................................................ 6
1.2 Link to NDP, MTSF, SONA ................................................................................................... 6
2 Project Financial Status ............................................................................................... 8
2.1 Expenditure on IPTN to date and planned budget for remainder of project ....................... 8
3 Master Programme and Progress Status Update .................................................... 11
3.1 Current progress................................................................................................................. 11
3.2 Impact of IPTN on Municipal Public Transport planning / system ...................................... 13
3.3 Strategic Integrated Transport Plan Framework ................................................................... 14
3.4 Policy shifts implemented for sustainable transport ............................................................. 14
3.5 Distance covered by the system .......................................................................................... 14
3.6 Max passengers per day .................................................................................................... 15
3.7 Impact on transport flow into cities ....................................................................................... 15
3.8 Current ticketing method ................................................................................................... 15
3.9 Achievement of universal access ........................................................................................ 18
3.10 Station infrastructure and lntermodal operations ................................................................. 19
3.11 IPTN infrastructure and transfer locations .......................................................................... 19
3.12 Taxi operating licenses surrendered as part of project ......................................................... 21
3.13 Job creation........................................................................................................................ 21
3.14 Socioeconomic impact statistics ......................................................................................... 22
3.15 Environmental benefits ........................................................................................................ 22
4 Risk Management ...................................................................................................... 23
4.1 Financial management of OPEX .......................................................................................... 23
4.2 Financial management of CAPEX/PTISG funds ................................................................ 23
4.3 Plans to ensure revenue increases to limit reliance on grant funding and subsidies ............. 23
4.4 Delays in negotiation process of the Vehicle Operating Contract ...................................... 24
4.5 Operator business model ................................................................................................... 24
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4.6 Delays in procuring trunk vehicles ...................................................................................... 25
4.7 Institutional capacity/resource requirements ...................................................................... 25
4.8 Improvements of signage on roads and at stations .......................................................... 26
4.9 Customer feedback/surveys management.......................................................................... 27
4.10 Impact on services during driver strikes .............................................................................. 28
4.11 Collisions and/or pedestrian/passenger incidents linked to project ..................................... 28
4.12 Implementation of safety measures on system ................................................................... 29
4.13 Law enforcement related to infrastructure use .................................................................... 31
4.14 Frequency of reporting back to the National Department of Transport ............................. 31
4.15 Risk profile ......................................................................................................................... 31
5 Aspects of project which were well executed ....................................................... 34
5.1 Redesign of district conditions .......................................................................................... 34
5.2 Advanced vehicles used ................................................................................................... 34
5.3 New PT connections leading to mass transit corridors ...................................................... 34
6 Aspects of project that could be improved on in future phases ........................ 35
6.1 User information ................................................................................................................. 35
6.2 Speed ............................................................................................................................... 36
6.3 Reliability .......................................................................................................................... 36
6.4 Passenger and pedestrian safety ..................................................................................... 36
6.5 Consultation and cooperation of other PT modes ............................................................ 36
6.6 Greater integration with feeder modes of PT ...................................................................... 36
7 Challenges faced and what municipalities are doing to respond to these ...... 37
8 Contribution of project towards a single public transport ticketing system,
universal access and smooth inter-operability with other modes of transport 38
9 Considering challenges faced in project and budget spend, would you still
propose the use of IPTN as the most suitable PT system for the city .............. 39
10 Future of IPTN ........................................................................................................... 40
10.1 Running way guidance ...................................................................................................... 40
10.2 Vehicle propulsion technologies .................................................................................... 40
10.3 IT, fare collection, planning, controlling operations, management of bus bunching ..... 40
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1 Project overview
1.1 Broad outline of system
The GIPTN was introduced as a precedent-setting flagship model for the provision of public transport
in South Africa’s emerging cities. The objective of the GIPTN is to give the citizens of George a
means to access social, education, and economic opportunities in the city by providing a public
transport service that was safer, more affordable, more accessible and more reliable than the
incumbent minibus taxi industry it replaced. This is being achieved through the transformation of the
existing local bus and minibus taxi industries, as well as through the provision of universal
accessibility and non-motorised transport.
The GIPTN shifts public transport in George from an operator-controlled, under-regulated, single
trip, commuter-focused system towards a municipality-controlled, integrated and scheduled public
transport network. Under this arrangement, the municipality, in its role as the contracting authority,
is responsible for providing public transport services. It contracts a vehicle operating company (VOC)
to operate the services for a 12-year period based on a per-kilometre rate, with revenues in the
network collected by government (i.e. a gross contract). The system has been devised such that
there will be no incentive for the VOC to chase fares. Instead, their primary objective is to adhere to
the strict quality-of-service criteria in their contract with government. MoG and DTPW monitor the
behaviour of the operator to ensure that the quality of public transport service provision meets the
requirements of the GIPTN.
The GIPTN was designed to achieve appropriate levels of spatial and temporal coverage given the
mixed urban/rural nature of the city. The GIPTN is a regular scheduled bus service; there are no
dedicated bus lanes, although there is allowance to implement such lanes on one corridor in the
future should it be deemed necessary.
Services comprise a combination of main and community services geared towards minimising
transfers and costs whilst maximising network coverage. Most residents and places of work are
within about 400m of the system, with coverage of some 85% of the developed urban areas within
the 400m walk distance once the system is fully in place, excluding rural areas and areas not yet
operating.
Key to achieving the required coverage at reasonable cost is the use of a mixed fleet, so that off-
peak times and low-demand areas can be served at a reasonable frequency, without the costs
involved with large vehicles. The service currently operates a fleet of 86 vehicles (33 Standard, 19
Midi and 34 minibuses).
1.2 Link to NDP, MTSF, SONA
An essential principle outlined in the National Development Plan, the Medium Term Strategic
Framework as well as the President’s recent State of the Nation Address, is that public transport
must be dependable. Authorities must create reliable services by placing commuters' interests above
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the sectarian concerns of transport providers, while also allowing these services to be economically
sustainable businesses.
The National Development Plan presents a long-term strategy to increase employment and broaden
opportunities through education, vocational training and work experience, public employment
programmes, health and nutrition, public transport and access to information. While there are “quick
wins” to be achieved in each of these areas, the strategies will take time to have a large-scale effect
on poverty. To reduce the acute effects of poverty on millions of South Africans over the short term,
the plan proposes to in part invest in public transport, which will benefit low-income households by
facilitating mobility.
Underpinning this long-term strategic goal, the intention is to establish effective, safe and affordable
public transport. The strategy underlined in the National Development Plan seeks to address poverty
and its impacts by broadening access to employment, strengthening the social wage, improving
public transport and raising rural incomes.
The Medium Term Strategic Framework provides that public transport planning and alignment with
residential development is a key element in achieving social and economic transformation in urban
areas.
A key principle set out in the Medium Term Strategic Framework provides that Government’s
approach to urban development is focused on integrated and better-located residential development
and investment in public transport networks.
Accordingly, a key component of the design of the GIPTN has been to introduce an affordable fare,
including the ability to transfer for free, to deal with the challenges of the legacy of Apartheid spatial
planning and to facilitate social and economic transformation in urban areas.
A critical element of the GIPTN is that safe, affordable, reliable public transport must be made
available to residents of George. The GIPTN is modelling the type of IPTNs that are possible in non-
metro cities. The GIPTN is supported through national grant funding under Public Transport
Networks Grant, which is allocated as part of the Schedule 5 conditional allocations, as well as
financial funding from the Provincial Department of Transport and Public Works as provided for the
intergovernmental and financial agreements concluded between the Western Cape Government and
the Municipality of George.
The GIPTN is achieving the grant outcomes, and delivering on the principles as set out in the MTSF,
SONA as well as the NDP, through the planning, construction and upgrading of infrastructure to
support the operation of reliable, affordable, accessible, convenient scheduled services that is
running 12-18 hours a day, 7 days a week with operations being phased in throughout the George
municipal area.
In addition to providing for regular public transport users, the GIPTN also provides improved
opportunity for public transport access to the 40% of the George population who are currently
pedestrians, with approximately 13% of the population walking a daily distance of between 5 and
10km. The priorities of the GIPTN include dedicated efforts to achieve 100% universal accessibility
of the service and the development of non-motorised transport facilities.
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2 Project Financial Status
2.1 Expenditure on IPTN to date and planned budget for
remainder of project
GIPTN expenditure can be classified into four categories:
• Capital costs
• Establishment costs
• Direct Vehicle Operating costs
• Indirect and Auxiliary cost
The following table illustrates the total income and expenditure classified into the categories since
inception of the project to date:
Table 2.1: Summary of financial results
SUMMARY OF FINANCIAL RESULTS 2013/2014
(R'000)
2014/2015
(R'000)
2015/2016
(R'000)
2016/2017
(R'000)
National Government Grants 265 019 122 254 116 325 156 243
Provincial Government Grants - 32 339 129 229 150 544
Fare Revenue - 7 446 32 533 37 302
Interest Income - - 2 151 2 157
Total Income 265 019 162 039 280 237 346 245
Capital Costs 140 420 70 308 95 649 87 355
Establishment Costs 124 599 51 709 68 168 42 979
Direct Vehicle Operating Cost - 38 154 106 188 114 918
Indirect Cost - 8 265 14 229 43 334
Total Costs 265 019 168 436 284 234 288 587
Budget surplus/(deficit) for the year - (6 397) (3 997) 57 658
Accumulated budget surplus/(deficit) for the year - - (10 394) 47 264
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The following table illustrates the planned expenditure for the remainder of the project with regards to capital expenditure:
Table 2.2: Summary planned capital expenditure
# Main categories # Sub categories
I
1.1 Project Management 47.7 M R 35.0 M R 30.0 M R 10.0 M R 10.0 M R 10.0 M R 10.0 M R 10.0 M R 10.0 M R
1.2 Operations Plan (including UDAP)
1.3 Business Plan
1.4 Marketing & Communications Plan
1.5 Prelim + Detailed Infrastr Design
1.6 Other (list items in notes below)
47.7 M R 35.0 M R 30.0 M R 10.0 M R 10.0 M R 10.0 M R 10.0 M R 10.0 M R 10.0 M R
2.1 Fare system equipment 27.8 M R 7.7 M R 8.4 M R 8.9 M R 9.5 M R 10.0 M R 10.6 M R 11.3 M R 12.0 M R
2.2 APTMS/ITS equipment
2.3 Other (list items in notes below)
27.8 M R 7.7 M R 8.4 M R 8.9 M R 9.5 M R 10.0 M R 10.6 M R 11.3 M R 12.0 M R
3.1 Roadway civil works 36.5 M R 45.1 M R 40.4 M R 20.8 M R 9.5 M R 69.6 M R 78.0 M R 63.9 M R 71.7 M R
3.2 Top structures for stations / stops 19.0 M R 16.4 M R 5.6 M R 6.0 M R 6.3 M R 28.1 M R 14.2 M R 15.0 M R 12.0 M R
3.3 Depots 7.1 M R 10.1 M R 77.4 M R 82.1 M R 2.7 M R 3.8 M R 4.0 M R
3.4 Control centre
3.5 Land and property acquisition
3.6 Infrastructure renewal
3.7 Other (list items in notes below) 11.1 M R 14.2 M R 22.6 M R 23.9 M R
73.6 M R 61.5 M R 56.2 M R 104.2 M R 97.8 M R 100.4 M R 106.4 M R 105.3 M R 111.6 M R
1+2+3 149.1 M R 104.1 M R 94.6 M R 123.1 M R 117.3 M R 120.4 M R 127.0 M R 126.5 M R 133.5 M R
4.1 Purchase costs (excl 4.2 costs)
4.2 Other capitaised costs (list in notes)
5.1 Compensation to licence holders 11.0 M R 5.0 M R 5.5 M R
5.2 Industry transition support
5.3 Other (list items in notes below)
R 11.0 M R 5.0 M R 5.5 M
6
149.1 M R 115.1 M R 99.6 M R 128.7 M R 117.3 M R 120.4 M R 127.0 M R 126.5 M R 133.5 M R
5 Transition costs
TOTAL TRANSITION
Other capital costs (list items in notes below)
A: TOTAL CAPITAL EXPENDITURE
EXPENDITURE
CA
PITA
L E
XP
EN
DITU
RE
1 Planning
TOTAL PLANNING
2 Equipment - excluding vehicles
2023/24 2024/25 2025/26
TOTAL EQUIPMENT
3Infrastructure and other fixed
assets
TOTAL INFRASTRUCTURE
TOTAL Combined capital exp on Planning, Equipment and Infrastructure
4 Capital cost of vehicles
TOTAL COST OF VEHICLES
2017/18 2018/19 2019/20 2020/21 2021/22 2022/23
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The following table illustrates the planned expenditure for the remainder of the project with regards to operating expenditure:
Table 2.3: Summary planned operating expenditure
7 125.9 M R 151.5 M R 167.0 M R 178.3 M R 189.5 M R 200.8 M R 212.0 M R 223.3 M R 234.6 M R
8 9.2 M R 9.2 M R 19.2 M R 19.2 M R 19.0 M R 10.0 M R 10.0 M R
9
10.1 Fare system ops/maint 25.6 M R 28.3 M R 30.0 M R 31.8 M R 33.7 M R 35.7 M R 37.8 M R 40.1 M R
10.2 Station services 7.2 M R 7.6 M R 8.1 M R 8.6 M R 9.1 M R 9.6 M R 10.2 M R 10.8 M R 11.5 M R
10.3 APTMS ops/maint 14.2 M R 15.0 M R 15.9 M R 16.9 M R 17.9 M R 19.0 M R 20.1 M R 21.3 M R 22.6 M R
10.4 Network authority institution 2.5 M R 3.3 M R 3.4 M R 3.6 M R 3.8 M R 4.0 M R 4.3 M R 4.6 M R 4.9 M R
10.5 System marketing 8.5 M R 7.7 M R 7.4 M R 7.5 M R 7.5 M R 8.3 M R 9.0 M R 9.9 M R 10.8 M R
10.6 Infrastructure maintenance 2.0 M R 9.0 M R 10.0 M R 11.8 M R 13.5 M R 15.4 M R 17.4 M R 19.6 M R 22.1 M R
10.7 Law enforcement
10.8 Insurance 3.7 M R 4.7 M R 5.0 M R 3.5 M R 3.7 M R 3.9 M R 4.2 M R 4.4 M R 4.7 M R
10.9 Facilit ies rental
10.10 Depot maintenance and security 2.0 M R 4.8 M R 5.1 M R 5.4 M R 5.7 M R 6.0 M R 6.4 M R 6.8 M R 7.2 M R
10.11 Other (list items in notes below) 67.6 M R 55.5 M R 69.0 M R 69.5 M R 68.5 M R 71.7 M R 76.0 M R 80.4 M R 85.0 M R
107.7 M R 133.1 M R 152.1 M R 156.6 M R 161.5 M R 171.6 M R 183.2 M R 195.6 M R 208.8 M R
233.6 M R 293.8 M R 328.3 M R 354.1 M R 370.3 M R 391.4 M R 405.3 M R 429.0 M R 443.3 M R
382.7 M R 408.9 M R 427.9 M R 482.8 M R 487.6 M R 511.8 M R 532.3 M R 555.5 M R 576.8 M R
Indirect operating expenditure for
Phase/project
TOTAL INDIRECT OPERATING EXP
B: TOTAL OPERATING EXPENDITURE
A+B: COMBINED CAPITAL & OPERATING EXPENDITURE
OP
ERA
TIN
G E
XP
END
ITU
RE
Direct vehicle operating costs
Capital charges for loan for vehicles (interest + redemption of capital)
Capital charges on loans for Planning, Equipment and Infrastructure (i+r)
10
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3 Master programme and progress status
update
3.1 Current progress
In terms of the GIPTN Schedule, Phase 1 was rolled out on 4 December 2014 as planned. There
was a slight delay to the rollout of Phase 2, which was rolled out on 25 February 2015, and Phase 3
was rolled out on 3 May 2015. Figure 3.1 indicates the rollout of the current 3 phases, and provides
a 12-month forecast for the future, including two options for the rollout of Phase 4.
Figure 3.1: Phase 4 Rollout scenarios based on receiving a directive by end September 2017
The project has not always run according to the originally planned schedule. The sections below
describe various challenges that have been experienced since inception that impacted the rollout of
Phases 1-3, and that currently impact rollout of Phase 4 onwards.
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Buses
• The last Midi buses were only delivered in June 2015. This process was delayed due to an
extended homologation process.
• The delay to the delivery of minibuses, due to the process of receiving dispensation from NDoT
to brand same, plus the conversion required to make the minibuses accessible to comply with
NDoT requirements. The last minibuses only arrived in January 2016.
• The replacement buses for the buses burnt, as noted below, arrived in a batch, including an
additional fleet order. Those buses only arrived in May 2016.
Industry tensions and violence
• Preparation and planning works leading up to the rollout of Phase 4 continued with a revised
rollout date of October 2016, resulting in flare-ups and negative industry sentiment. A bus and
its participants undertaking trial runs were attacked, subsequently leading to the stoning of 5
buses, of which four were also set on fire and ultimately written off.
• This led to cases being opened against the alleged perpetrators, and further heightened tensions
as a zero-tolerance approach was adopted by the law enforcement agencies dealing with these
cases.
• A lengthy mediation process, initiated by NDoT, commenced in order to deal with issues raised
by taxi operators (including some industry members who had never been operators) who had
become disgruntled or felt aggrieved with the industry negotiation process that had taken place
in the leadup to launching the GIPTN. The mediation ultimately found that all processes leading
up to the GIPTN launch, including the negotiations and public participation process, had been
properly managed by Government and confirmed that NDoT wished to see the continued roll-
out of the GO GEORGE bus service. The outcomes of that mediation process were
communicated to all operators, including the aggrieved industry members, in December 2016.
• In November 2016, the UNCEDO George chairperson was murdered, which murder was felt to
be linked to the rollout to Phase 4A.
• There have allegedly been ongoing threats towards both existing operators as well as members
of the Vehicle Operating Company in George, which are constantly being monitored and
managed in order to ensure that there are no escalations to the GIPTN or the GO GEORGE bus
service or the passengers of the system.
Phasing and system planning
• The experience gained though operations, combined with inputs from the VOC and communities,
resulted in the rescheduling of the service after the initial three phases were launched, with
additional time also allocated for refinements to be done between launches. These additional
changes were not anticipated in the original project schedule.
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• The change in rollout plan for Phase 4 from one single phase to two sub-phases resulted in an
additional phase to be planned and implemented. This was felt necessary due to the size and
complexity of the phase, and given security risks and other operational considerations.
• A cost and resource refinement exercise was conducted on the systems plan during August 2016
and implemented during December 2016. This reduced the overall fleet requirement and allowed
for some of the existing buses to be used for future phases.
• Rerouting of existing phases required additional public engagement. Construction and provision
of additional infrastructure for Routes 1A, 1B and 60 were implemented.
Other factors impacting rollout
• The postponement of Phase 4A and Phase 4B rollouts was necessitated as a result of a
Thembalethu community engagement in November 2016, at which the community participants
and operators present expressed resistance to the rollout of the service.
• The persistently higher than anticipated out-of-service ratio (OOSR) of the vehicle fleet resulted
in the need to re-plan the fleet requirement, considering the higher ot-of-service ratio of the fleet.
The impact of this is that additional vehicles must be procured which imposes a delay to allow
for the procurement process. The contracting authority is investigating a temporary leasing option
to reduce the impact of and dependence on the procurement of new vehicles.
Other activities not linked to Phase 4 rollout, such as finalising the IFM implementation process,
infrastructure rollout such as Nelson Mandela Boulevard re-construction and upgrades to Ngakani
and Market street are being planned for implementation shortly, whilst the bus shelter rollout and
sidewalk improvement programs continue. Planning for the next stage of Infrastructure design for
further implementation throughout all phases continues, with the appointment of 5 engineering firms
to undertake the detailed design having taken place.
On the operational front, the Field Monitoring and Facilities Management Contracts have been
drafted, and are at various stages within the procurement process.
A CCTV rollout programme is also being implemented under the MoG to supplement the existing
network, with Phase 4A already having been upgraded in the last financial year. Given the sensitives
and varied scenarios surrounding the Phase 4 rollout, detailed planning regarding Phases 5 and 6
will need to be limited until there is greater clarity on Phase 4, with a refinement of same likely before
Phase 5 and Phase 6 can proceed.
3.2 Impact of IPTN on municipal public t ransport planning /
system
A fundamental premise in the design of quality IPTN systems is the establishment of a minimum
level of service specification that is appropriate to the environment or environments that need to be
served by the IPTN. This is often policy driven and covers spatial coverage (geographic coverage),
temporal coverage (the hours during which a service is provided) as well as fare levels to be applied.
In effect, a policy driven service specification can be thought of as a “social contract” between
government and the community.
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In reflecting on the minimum level of service specification that should be applied, a number of factors
require consideration. These include targeted walking distances (addressing physical access at a
basic level), targeted fare levels (addressing the issue of affordability) and the minimum service
frequencies that should be introduced (dealing with temporal access to the system throughout the
day).
Possibly the more appropriate question is the ’impact of IPTN on transport planning and the CITP’.
In response, it is a little too early to answer this, but what is occurring is that the municipality is
recognising the need to focus on the preparation of ‘Arterial Management Plans as called for in the
Provinces ‘Access Management Guidelines’ (Draft July 2017), thus appreciating the need to deal
with a range of corridor management issues, which includes adoption of a ‘Complete Street’ design
approach. In turn, this should lead to improved modal sharing of the road space, and better transport
/ land-use integration.
Topographical factors will dictate the type of vehicles that can introduced and the infrastructure
responses required. Universal access is fundamental in guiding these responses.
These considerations begin to address both the needs of the community as well as an appropriate
service response to the level of demand that must be accommodated. Implicit in specifying these
policy directives, is an understanding that there may be need for a degree of compromise, ensuring
that the best possible service is provided, but not necessarily at any cost. There needs to be a
beneficial balance across as wide a community grouping as possible
3.3 Strategic Integrated Transport Plan framework
The GIPTN is fully aligned with the SITPF, and the objectives as outlined in a number of government
policy statements, and is pursuing the land-use / transportation integration notions articulated by the
NDoT and National Treasury.
3.4 Policy shifts implemented for sustainable transport
What the GIPTN is endeavouring to demonstrate is that it is possible to deliver a quality public
transport system that minimises the cost burden on both the user and the state by applying some
important principles. These relate to matters such as the use of mixed bus fleets, resorting to ‘policy’
driven schedules during low demand periods, ensuring proper bus loading during peak periods,
accepting the passenger transferring is necessary, etc. With passenger transfers comes the
automatic need to focusing on transfer locations and that of making pedestrian crossings safer,
which contributes to making roads safer for pedestrians. Achieving this is a slow process, and the
project team has already identified the need for a number of transport guideline documents to be
reviewed.
3.5 Distance covered by the system
At present, approximately 109km of roadway have operational bus services. Most roads are
operated bidirectionally thus counted with directionality the total roadway covered is approximately
210km.
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Distance currently operational
The operational distance covered by the fleet is 403km daily, if one considers the distance travelled
on each of the routes currently operated (with some road sections including multiple routes).
The total monthly revenue kilometres for the system currently operational is approximately
300,000km.
Distance estimates/planned to cover once full
system is operational
Once fully rolled out, the final system will cover approximately 250 km of roadway, or approximately
500km if counted bidirectionally.
The operational distance covered, considering the distance travelled on each of the planned routes,
will be an additional 159km for Phase 4 and 175km for Phases 5 and 6 (with some road sections
including multiple routes).
3.6 Max passengers per day
The service presently carries about 13,700 passengers per weekday reaching up to 380,000 trips
per month. Full rollout of the system should result in doubling of these numbers.
3.7 Impact on transport flow into cities
No measurements have been undertaken in this regard, but the removal of ~350 minibus taxis and
their replacement with 120 buses (of which 36 are in fact minibuses), would by implication result in
a reduction in congestion. Micro-simulation modelling within the CBD reflects that the impact on
general traffic is slight, and this seems to adequately represent what is observed as occurring on the
street. The buses are scheduled and operate strictly to the routes and stops designated and known
to the public, eliminating illegal operations, lane swerving, irregular stops and other congestion-
creating behaviour.
3.8 Current ticketing method
The GIPTN currently uses a paper ticketing system as fare medium on buses. This was introduced
as an interim measure until the Integrated Fare Management System (IFMS) is introduced.
These paper tickets are validated by an M-Canceller machine, which validates and time stamps the
ticket upon boarding.
The paper ticket system offers three ticket types, which are differentiated by whether they are bought
on or off the bus. Off-bus tickets can be bought at vendors or Municipal offices, and offers
passengers a discounted price. Passengers have the option to purchase a single journey ticket at
R9.50, or a 10-trip multi-journey ticket at R85.00. On-bus tickets are sold at a premium at R10.00,
to incentivize passengers to pre-purchase cheaper tickets prior to boarding.
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Affordability remains an ongoing concern and has meant that increases are kept to a minimum. The
formula used to calculate fare increases, considers the less affluent members of the community, and
is based on the affordability by a domestic worker to use the system. Passengers are allowed to
transfer to another bus for free, if done within one hour of first board.
The following table illustrates the increases implemented since inception:
Ticket type 8 December 2014 1 February 2017 1 July 2017
Single journey on-bus ticket R8.50 R10.00 R10.00
Single journey off-bus ticket R8.50 R9.00 R9.50
Multi-journey ticket R75.00 R85.00 R85.00
A key intention of the existing fare structure has been to ensure that tickets on the GO GEORGE
bus service are affordable, subsidised through the development of the GIPTN, and that it allows
residents in George to commute to work, places of worship, schools, work opportunities and to
access services.
The GIPTN will be implementing an Integrated Fare Management System (IFMS) with a contactless
smartcard application during the first half of 2018. Although it is a standalone system it can and will
be integrated with the existing ITS infrastructure to ensure the seamless, high speed and secure
transfer of data and transactions.
The IFMS will allow passengers to travel using mainly their smartcards, which they can obtain and
subsequently top-up at vendors.
The IFMS is fully compliant with the National Land Transport Act, 2009 Regulations Relating to
Integrated Fare Management Systems.
The following policies will govern the implementation of the new IFMS:
• The IFMS will be compliant with the National Department of Transport’s (NDoT) regulations
and guidelines
• Fare media will be EMV contactless smartcards carrying the NDoT AFC Data Structure and
issued by banks (Standard Bank South Africa) that are members of the Payments
Association of South Africa (PASA)
• All IFMS equipment and systems will be complying with the technical and functional
requirements as specified in the NDOT AFC Data Structure specification, for electronically
recording and retrieving public transport related data and prepaid Transit Products
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Figure 3.2: IFMS network infrastructure
A key consideration for the IFMS to be effective is for an effective and appropriate vendor/distribution
network which will consist of the Transport hub, two container kiosks, a mobile solution as well as
Standard Bank third party vendors.
Current developments:
• The IFMS wireless IT infrastructure is being installed.
• Operational information that is a requirement for the IFMS to be effective such as timetables,
bus routes, duties etc are being verified and refined prior to being uploaded.
• Further software development for the seamless integration of the IFMS and ITS
• Vehicles are being prepared for the subsequent installation of the hardware.
• Driver and cashier training
• Business processes has been developed for the IFMS and requires approval
• Standard operating procedures are being developed.
• Final stages of the development of the marketing strategy.
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3.9 Achievement of universal access
In line with the requirements of the PTNG funding conditions, a Universal Design Access Plan
(UDAP) has been prepared over the past three years with the current draft being completed in June
2017. It complies with the NDoT requirements to address eight key areas including:
• Transport Planning
• Operational Context
• Vehicles
• Infrastructure
• Fare System
• Customer Care
• Passenger Information and Way-Finding
• Marketing and Communications
Each of these areas are addressed in detail. Key points to note include:
• Acceptance of the travel chain concept to guide the provision of universally accessible
infrastructure, including intersection rightsizing focused on the improvement of pedestrian
safety, and the development of a universally accessible kerb-side environment, embedded
in emerging Arterial Management Plans as required by the recently published Western Cape
Access Guidelines.
• A universally accessible fleet of standard and midi-buses and the development of the first
accessible mini-bus in South Africa that has been endorsed by both DOT and SALGA.
• The development of appropriate universal access design guidelines
• The roll-out of universal accessible sidewalks along bus routes to provide access to bus stops
and accessible bus stop platforms.
• The development of a universally accessible website
• The development of marketing, educational and training material
• The development of, and notice by Council, of a Universal Access Statement of Intent, as a
precursor for the development of a more comprehensive Universal Access Policy
• The completion of customer care and disability awareness training for more than 240 drivers,
supervisors and internal staff.
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Table 3.1 Approximation of universal access passengers in the Municipality of George.
(Statistics South Africa, Sep 2014)
Category of Passenger Percentage of
Population
Number of universal
access passengers
People with Disabilities in George 28.9%1 55 971
The Elderly (Categorised as persons 55
years and older) 13.9%2 26 965
Children between the ages of 0-14 years 26.3%3 50 953
3.10 Station infrastructure and lntermodal operations
The term ‘station’ is more aligned with a ‘closed’ system, such as a BRT or heavy rail system. The
GIPTN is an ‘open’ system, in other words, a conventional bus operation using the existing road
network, with few if any exceptions. This implies the use of standard bus stops, the design of which
has been adapted to improve universal access. The system does provide for the development of
transport hubs and interchanges, where modal transfers can occur and which are provided with
public amenities such as public toilets, ticket sales, information, security, etc. This system design
can accommodate future integration with long-distance bus operators and the taxi cab operators in
George. This may be enhanced by alignment of schedules and use of transfer locations such as the
George Transport Hub.
3.11 IPTN infrastructure and transfer locations
Figure 3.3 reflects the total route structure and walkable catchment areas. This framework guides
the provision of infrastructure and transfer locations. The route infrastructure has been designed to
enable some 85% of the urban population would be within 400 – 800m walking distance from a main
or community route.
1 Calculations include wheelchair users, people with hearing difficulties, people wearing spectacles as well as people who have difficulty navigating stairs, which totals 55 971 of 193 672 people from STATSSA. 2010. Age groups in 5 years by Assistive devices and Medication- Hearing Aid.
2 Calculated as 26 965 of 193 672 people from STATSSA. 2010. Age groups in 5 years by Assistive devices and Medication- Hearing Aid.
3 Calculated as 50 953 of 193 672 people from STATSSA. 2010. Age groups in 5 years by Assistive devices and Medication- Hearing Aid.
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Figure 3.3: Route structure and walkable catchments
Figure 3.4 indicates existing and proposed transfer locations in the core urban area, facilitating
movement between routes, providing increased accessibility. Transfer locations are located primarily
at the intersection of routes.
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Figure 3.4: Illustrative system transfer locations
3.12 Taxi operating licenses surrendered as part of
project
• 257 Operating Licenses have been relinquished.
o 79 Buy-in
o 178 Buy-out
• 240 Operating Licenses (Operators with compensation agreements) yet to relinquish
o 140 Buy-in
o 100 Buy-out
3.13 Job creation
To operate and manage the growing fleet and operations, the VOC have employed approximately
300 staff. The VOC employs approximately 2.2 drivers per vehicle, accounting for multiple shifts over
the 18-hour working day, 7-day work week. In addition to drivers, the VOC employs staff at the
depots and throughout the network tom manage daily operations; there are also support functions
(administration, finance, HR, etc.) that are staffed and work at the office premises of the VOC located
next to the depot.
Over 90% of the staff are employed from the Affected Persons Register (APR), comprising people
who previously worked in the George taxi industry and who were impacted by the introduction of the
GIPTN. In addition to this, local service providers of servicing, maintenance and repairs to the vehicle
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fleet have been sub-contracted by the vehicle manufacturer. In addition to this, other roles related to
the GIPTN, e.g. facilities management or cleaning services, are further opportunities to employ
people from the APR.
3.14 Socioeconomic impact statistics
A socioeconomic baseline study was undertaken prior to commencing the project. A follow-up study
is required as soon as the full system is bedded down. At a high level, however:
• There has been an external investment of nearly a billion rand into George in support of this
project.
• Passenger fares have been between R1.50 and R2.50 lower than the previous taxi fare for
the bulk of the operating period of the service for most commuters. Additionally, the GO
GEORGE bus service allows for a free transfer within an hour of a passenger’s trip, which is
another saving that is being passed on to passengers in George. Those who previously
transferred with minibus taxis may be saving as much as R25 per day on transport costs.
• Transport is guaranteed across the entire operational area from around 06h00 to 21h00, with
some services operating beyond those hours, hospital services for example. This improves
access to opportunity and reduces time spent waiting for buses, as scheduled services allow
pre-planning of trips.
3.15 Environmental benefits
The buses for the GIPTN are Euro V compliant, compared to the previous minibus taxis which were
rated Euro II or less. The GIPTN fleet is well maintained and thus the environmental impact of that
aspect of the system is an improvement over the old system. The current daily operational fleet of
approximately 62 vehicles replaces the approximately 350 minibus taxis that operated previously,
which represents a further significant positive environmental impact.
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4 Risk management
4.1 Financial management of OPEX
A direct vehicle operating cost optimization/moderation process with consequent envisaged cost
savings has been adopted. Current estimates in this regard reveal that 2% of current projected direct
costs of the project could be saved through this process. Indirect operating expenditure and other
costs are managed through a stringent budget request process within the municipal project
management structure.
4.2 Financial management of CAPEX/PTISG funds
Capital expenditure is costed on a needs basis in terms of further rollout programs per annum.
Provision has also been made in the budgeting process for the maintenance of infrastructure. The
GIPTN has been implemented as an “infrastructure-light” service, with minimal bus shelters at launch
(simple collared flag poles or temporary bus shelters being used instead) and no bus stations per se
except for the George Transport Hub in the CBD. Historically the GIPTN has been critically
underfunded and has cut back on capital expenditure, to the extent that required road rehabilitation
and upgrades have been held back in order to serve the operations with the limited budget available.
The service still operates with limited infrastructure in place, and funding is carefully managed and
allocated to the priority needs first (e.g., road rehabilitation on most trafficked routes, or bus shelters
for the most popular stops).
4.3 Plans to ensure revenue increases to limit reliance on
grant funding and subsidies
Current costs are distorted by the arrangements in preparation for further phase rollout. The result
is that fare revenue will increase by more than costs as the next phases are implemented. Once all
phases are running, further refinements will be made to ensure that the optimum service is operating.
Ultimately, the fare level reflects the minimum wage and thus affordability of the system to the users.
So, whilst operating costs will be kept to a minimum, fare revenue and thus subsidy is a matter of
socio-economic balancing.
It is envisaged that the system will, over and above passenger volume increases due to further roll-
outs, attract 2% organic passenger volume growth which contribute to growth in the revenue base.
In addition, the project aims to increase ticket fares annually in line with CPI and domestic worker
wage inflation, which was used as the basis for calculating the tariffs in George to ensure that the
service is accessible and affordable. Other sources of income are also being investigated, the most
promising in the short-term being a proposal for sale of advertising space on the infrastructure and
vehicle fleet, and renting space at the George Transport Hub to retailers and vendors.
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4.4 Delays in negotiation process of the Vehicle Operating
Contract
Negotiations with the industry have already concluded and the GIPTN launched in December 2014,
including the establishment of a single VOC representing the taxi and bus industry in George. The
VOC was contracted for a 12-year period, which is the GO GEORGE bus service currently in
operation in George. There were no interim contracts and there are no other VOCs envisioned for
George.
4.5 Operator business model
Engagement and consultation with the industry started in 2007, and although one of the 4
associations involved, namely UNCEDO were at first resistant to the proposal and withdrew
temporarily in 2009, formal negotiations commenced in 2012 with a number of MOUs being
concluded with all the taxi associations and local bus operator in George. This process was followed
with the compensation agreements being signed that following year with operators, and the
conditions precedent having been met in November 2014. The model in George was based on the
participating operators from all the associations selecting a buy-in or buy-out option with an option
available for competition (however, this option was not very popular).
The buy-in option saw operators across all associations becoming shareholders in the VOC, with
representation of all association sitting on the board. The Buy-out model saw those operators exiting
the industry, and being paid out accordingly. The payment model agreed during negotiations with
the Industry in George was based on a sliding scale linked back to the market value of the licences
determined through a route valuation survey conducted with the Industry.
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Figure 4.1: Industry engagement timeline
After the fact, some of the operators involved, have expressed unhappiness about the model. As a
result, NDoT instigated a mediation process, which found that the negotiations were concluded in
good faith, and that Government followed due process. It is important to note that the compensation
model was recently considered during the NDoT-initiated mediation process with disgruntled
operators and the findings of that mediation was that the compensation model and the negotiation
thereof was fair and proper.
As described in the earlier sections there have also been delays to the roll-out of subsequent phases,
and as such some operators have also expressed dismay, as they have not yet been able to benefit
from the compensation process.
4.6 Delays in procuring trunk vehicles
Apart from initial delays experienced though the homologation process, there have been no delays
in the procurement of “Trunk” vehicles (Standard and Midibuses). GO GEORGE does not operate a
true “trunk and feeder” service but has Standard and Midi buses that serve mostly Main routes, and
minibuses that serve mostly Community routes.
4.7 Institutional capacity/resource requirements
Key government institutions are the MoG and DTPW. While MoG is the contracting authority for the
GIPTN, MoG and DTPW have entered into an Inter-Governmental Agreement (IGA) and Funding
Agreement (FA) for the joint exercise of functions to allow for provincial support and capacity-
building.
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DTPW assumes operational functions and operating financial commitments during the first operator
contract period, until an agreed-upon date of transfer. DTPW also assist MoG during this time with
capacity building. MoG is responsible for strategy, oversight and stakeholder engagement from the
outset. The intention is to transfer full responsibility for running the GIPTN from DTPW to MoG during
the first contract period (and by no later than the end of the first contract period). DTPW will directly
contract for the provision of IFM and ITS services, and will continue to have responsibilities for these
functions so they can be coordinated across other municipalities in the Province where IPTNs may
be rolled out.
The GIPTN utilises a largely outsourced business model, including an operator contract for the
provision of public transport services, and service provider contracts for the provision of training,
security, marketing and other functions. Additionally, service-level agreements (SLAs) will be used
to facilitate access and maintenance to infrastructure not located on Municipal land, such as the
airport and Nelson Mandela Metropolitan University. Vehicles are owned by MoG, will be maintained
by the vehicle supplier, an external service provider (Mercedes-Benz SA) via a maintenance
agreement and leased to the operating company.
Figure 4.2: Outsourced business model for GIPTN
4.8 Improvements of signage on roads and at stations
The wayfinding system requires a complete review and reassessment – this will be initiated during
the current MTEF period.
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4.9 Customer feedback/surveys management
Communication and customer care
The GIPTN implements a targeted and integrated communication strategy. At a strategic level, the
GIPTN team develops a communications plan based on the strategic needs of the project. This
determines the stakeholders and target audiences that the team engage with, after which key
messages for each audience is developed. For each stakeholder or target group, a targeted
communication strategy is developed outlining the key messages, communication channels and
frequency of communication required to engage or inform them respectively.
From the communication strategy, the team develops a measurable and practical implementation
plan. The plan is broken down into monthly and weekly plans to a very practical, tangible level, which
includes identifying and incorporating specific upcoming activities (e.g., a ticket price increase, the
building of a new stop or addition or refinement of routes) which could require specific communication
targeting those activities.
The communication execution includes utilizing multiple channels, including mass media
(newspapers, radio) as well as information material (timetables, route maps and information flyers),
a Call Centre to field queries from passengers and the public, social media channels (Facebook and
Twitter), the GO GEORGE website, electronic communication (e-mail), and Communication
Champions. In this way, communication is interactive, and the service engages with the public rather
than just being unidirectional.
Customer satisfaction surveys are undertaken where feedback from passengers are obtained about
various system-related aspects, such as preferred departure times on certain routes, specific
passenger needs in terms of times and routes, service-related aspects and utilization of stops.
Daily operational feedback and monitoring
Daily operational feedback (complaints and information requests) from passengers and potential
customers is obtained through the following channels:
• A GIPTN Call Centre, open seven days a week from 05:00 – 21:00 (0800 044 044)
• A GIPTN Info Kiosk in the George Transport Hub, open daily from 08:00 – 17:00
• Communication Champions deployed across the system, on buses and at stops
• E-mail ([email protected])
• Website (www.gogeorge.org.za)
• Social media (Facebook and Twitter)
• Municipal smartphone app
• Media enquiries
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All complaints and requests are captured and included in weekly public feedback reports which form
the basis for operational decisions and refinements by the GIPTN Operational Team. As far as
possible, all complaints and information requests are examined and addressed.
4.10 Impact on services during driver strikes
Strikes
• Two strikes from December 2014 until September 2017 –
o Unplanned Wildcat Driver Strike (8-11 September 2016)
o Planned National Driver Strike (12 April – 14 April 2017)
• Revenue loss by the Contracting Authority can be summarized as follows:
o September 2016 – R 183,506.50 (43% loss compared to previous week)
o April 2017 – R 423,317.00 (90% loss compared to previous week)
• No impact on budget due to strikers’ demands as this cost is carried by the Vehicle Operating
Company.
• However, short-term losses are experienced by the Contracting Authority during and directly
after every strike due to lost fare revenue during strike and slow uptake after strikes as
passengers are initially apprehensive to rely on the scheduled service until confidence is
restored over a period of hours or days.
4.11 Collisions and/or pedestrian/passenger incidents
linked to project
Passenger Incidents
• 10 passenger liability claims between December 2014 and August 2017
Pedestrian Incidents
• 3 pedestrian collisions between December 2014 and August 2017
• All 3 incidents as a result of pedestrian negligence (2 incidents of children running into side /
in front of bus)
Collisions
• Minor scratches, bumps and scrapes to major accidents, own and third party: average of 15
collisions per month between December 2014 and August 2017
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4.12 Implementation of safety measures on system
General safety and security
The transformation of the public transport industry within MoG’s jurisdiction must be accompanied
by a real and perceived environment of personal safety on public transport vehicles and routes and
public transport environment in general.
The safety and security of passengers, the public and the operator both off- and on-vehicle is of
utmost importance to the provision of the public transport service, and to the appeal of the system
to the user. Over the lifetime of the project, safety and security has been in the spotlight as there
were some incidents that have occurred which led to loss of life and had a negative impact to the
progress of bringing the service to the citizens of George:
• One of the main industry negotiators, Mr. Tom Queba, was murdered in what is believed to
be an assassination during a period of final negotiations between government and industry.
This took place on 25 May 2014 at which time the parties were looking to sign off on the
conditions precedent.
• On 19 August 2015, protests from unhappy illegal operators against the GO GEORGE
service, triggered by route trials in Thembalethu, turned violent and resulted in the stoning of
6 buses, of which 4 buses were torched. Fortunately, there were no fatalities, however, the
service was disrupted and a limited service restarted after 3 to 4 days, which ran for 1 week
until service returned to normal.
• There have been numerous other marches, which were generally peaceful, with only one
resulting in suspension of services. Generally, services have been rerouted to accommodate
protest march routes, whatever the reason for the protest.
• On 03 November 2016, the George UNCEDO Chairperson, Mr. Sikhumbuzo Minnie, was
shot and killed. This took place following a meeting with taxi operators from Thembalethu,
and was possibly linked to the existing taxi routes within the Phase 4 area due to be replaced
by the Go-George service during the next set of roll-outs.
• To date there has been one robbery of the cash float used by the drivers during the ticket
purchase process. This took place on 5 April 2017, and although it was an armed robbery,
no one was injured.
• There have also been some stone throwing incidents resulting in bus windows being broken
and shelters damaged, believed to be done by children in the areas serviced by the relevant
routes. This results in buses being taken out of service for repairs which impacts operations,
and damage to shelters which creates inconvenience for passengers and a poor image of
the service.
• An increase in vandalism of bus shelters has been noted.
The Municipal Traffic Law Enforcement and Municipal Law Enforcement, assisted by Provincial
Traffic and SAPS have the responsibilities to enforce legislation in relation to a safe public transport
environment, traffic regulations and bylaws within its jurisdiction pertaining to all public transport.
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Being the owner of all ranks and interchanges as well as the routes, MoG plays a prominent role in
all spheres of public transport and regulation thereof within the municipal boundaries.
The MoG through its traffic police and law enforcement officers are responsible for:
• increasing visible policing;
• roadside inspections;
• driver behaviour interventions;
• enforcement of by-laws; and
• passenger safety.
In addition to the above, MoG have completed a draft policy on safety and security and are in the
process of writing a bylaw that would enable law enforcement to act against individuals who interfere
with the operations of the GIPTN service, e.g. for stopping private vehicles at GIPTN bus stops or
for unruly behaviour on the bus. The bylaw would include a schedule of fines for different types of
transgressions.
MoG has restructured its directorates specifically to accommodate the regulatory, enforcement and
safety and security requirements related to the GIPTN. For this purpose, a Protection Services
Directorate which houses all its emergency services was placed on the macro organisation structure.
This would also make it easier in future operations to streamline and respond to any incidents
proactively and in an integrated manner.
The resourcing of safety and security remains a challenge throughout the roll out phases but so far,
MoG has responded with the limited resources availed.
Road safety
Generally, the South African road safety performance is relatively poor as indicated by the South
African statistics in comparison with those of other countries. National government has recognized
the need to address road safety and has developed strategies and programs to counter the road
fatalities as well as increase public awareness around road safety.
Despite the magnitude of the road safety problems within the jurisdictions of local government, MoG
is not exempted from road fatalities. It is an accepted fact that road safety within the boundaries of
MoG remains a responsibility of the municipality and must be addressed accordingly.
There is therefore a need to have a clear, bold and decisive Road Safety Plan at local government
level to direct and drive co-ordinated efforts in promoting road safety on all levels but focussing on
public transport, to have a clear, bold and decisive road safety plan at local government level to
direct and drive co-ordinated efforts in the fields of education, enforcement, publicity around specific
campaigns aimed at specific targets and issues in the fields of public transport.
It is the intention of MoG to respond adequately to the challenges of road safety such as
promulgating by-laws, increasing own capacity and improving law enforcement.
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4.13 Law enforcement related to infrastructure use
In an effort to improve on-vehicle safety and security, buses are fitted with emergency panic buttons,
which silently send an SMS to the operational team. There are also CCTV cameras on the buses,
which can be viewed live on demand, and through post-event footage. From a cash-handling
perspective, buses and drivers are rotated to reduce the amount of cash on the bus at any given
time throughout the day, and the implementation of IFM, which will substantially reduce the amount
of cash held on bus, is being closely managed to ensure on-time completion. Off-bus sales are also
being encouraged through incentivised fare tariffs. Lastly, there are two independent tracking
systems on the buses. There is also an existing road CCTV network, which can be used to monitor
buses on-route.
To achieve a safer off-vehicle passenger environment, the GIPTN plans for more direct support and
interventions through, for example, increased security presence, implemented through integrated
proactive and reactive strategies and inter-governmental integrated operational plans during the roll-
out of a phase. In high-risk areas, the use of road CCTV surveillance, noted above, is being
improved. Street lighting to high-risk areas is also being assessed, and some areas have already
been upgraded.
4.14 Frequency of reporting back to the National
Department of Transport
Monthly reporting is submitted by the 10th working day of each month. Quarterly reports are
submitted each quarter. The performance evaluation report is submitted by the end of August for
each financial year. The multi-year financial plan and the financial operational plan are prepared as
per requirement of the grant conditions.
4.15 Risk profile
The risk profile for the project from December 2015 to March 2017 is provided below.
A useful way to contextualise and understand aggregated risk is in terms of the impact and certainty
of particular issues and threats. Greatest risk is associated with issues that are most uncertain and
have the highest potential impact. The figure below illustrates the issues that have been identified
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as potential risks to the GIPTN during April 2017 and indicates potential impact and probability by
where they are located within the risk matrix.
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Proposed mitigations responses aim to shift specific risks from the ‘very high’ area (grey area - top
right) to the ‘low’ (white area - bottom left), through reduced uncertainty and reduced potential impact.
The latter may be more difficult to engineer (some issues are inherently high impact), and so the
focus should be on decreasing the elements of uncertainty that keep certain risks in the ‘high risk’
area. The above risks descriptions are made up of numerous sub-risks with vastly different ratings
providing an average of those sub risks per description. As such, the above does not indicate the
highest risk items, but categorises and rates the average risk ratings of the descriptions.
Types of Risks
For the purposes of this review, the potential risks illustrated above can be divided into external,
internal and financial risks.
• Short Term Risks, these being risks which impact on immediate operations or ability to roll-
out further services.
• Intermittent risks, these being those risks which may impact the service not only in the short
term, but also in the medium to long term.
Identified Risk Categories
• Resources Requirements
• Procurement of Contracts
• Contract management
• Funding
• Income
• Expenditure
• Financial Management
• Systems Planning
• VOC Agreements and Operating Licences
• Infrastructure – Fixed
• Infrastructure – Vehicles
• IFM and ITS Implementation
• Municipal Matters
• Programme & Business Plan
• Safety and Security
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5 Aspects of project which were well
executed
5.1 Redesign of district conditions
The project originated from a ‘corridor mobility strategy’ initiative, but moved to focusing on the
transformation, or conversion, of the minibus taxi type operations into a formal scheduled quality
public transport operation. With this is recognising that the passenger experience is not only about
the bus trip, it is also about getting to and from the bus stop. Consequently, attention is being directed
to enhancing the quality of the pedestrian realm (quality sidewalks, lighting, landscaping etc.). But,
this this also opens opportunity for engaging with and possibly partnering with roadside
developments to add to the passenger / pedestrian experience (mini TOD type initiatives). There are
positive indications that the GIPTN is succeeding, that passenger numbers are increasing, and this
is creating opportunity to once again focus on ‘corridor’ and ‘node’ developments.
The GIPTN planning has already had influence on the CBD LSDF in that it has adopted the Station
to York Street walkway notion, and extended this to a wider pedestrianization scheme. The George
SDF is presently being updated, and will give increased support for the GIPTN, particularly so in
respect of the CBD, main corridors, and passenger transfer locations, thus corridor and node
development opportunities.
5.2 Advanced vehicles used
All GIPTN vehicles are as modern as anything in South Africa. The minibuses are accessible, using
a hydraulic hoist. The standard and midibus vehicles are all universally accessible, Euro V emission
standard and use 50PPM sulphur content diesel pending the distribution to George of better quality
fuel.
5.3 New PT connections leading to mass transit corridors
Mass transit corridors are not applicable to George. Noting this, the main IPTN routes are supportive
of the SDF development corridors emerging from the current SDF review.
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6 Aspects of project that could be improved
on in future phases
6.1 User information
A targeted communication strategy which takes the needs, languages, literacy levels and media
preferences of the GIPTN target audiences into account, is implemented. Channels and messages
are tailored according to each specific audience and a combination of mass media, print media,
electronic media, direct communication and visual media is used. The diagram below outlines the
different users and media used:
Figure 6.1: GO GEORGE users and media channels
GO GEORGE is implemented in phases and certain information channels, such as pole collar signs
at bus stops, have not been implemented due to the delay in rollout of the remaining phases. These
channels are in the process of being prepared so that execution can take place as soon as the rollout
commences.
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6.2 Speed
The operating speed of the system could be improved through the implementation of the smartcard
system and bus priority at signals, which would allow reduced cycle times. Dedicated lanes are not
generally warranted, but are an option for one of the main corridors.
6.3 Reliability
Timetable adherence and information distribution require improvement. Timetable adherence is a
result of driver experience and equipment is to be installed in buses soon to give them on-route
guidance to manage their travel time.
Stability with the current services means that it is now possible to improve this issue.
6.4 Passenger and pedestrian safety
As noted in the earlier section, a combination of technology though the means of on board CCTV,
road CCTV network, vehicle tracking, and operational efforts by the MoG are in place to improve
passenger safety.
With regards to pedestrians, substantial NMT lanes have been constructed as a part of the GIPTN,
to improve the pedestrian experience, and reduce shared roads, thereby improving the safety of
the routes Efforts to improve pedestrian crossings, in particular at intersections is also be being
considered.
6.5 Consultation and cooperation of other PT modes
There are no other functional public transport modes in George, but the GO GEORGE scheduled
bus service is designed to interface with intercity buses and taxicabs as part of a holistic IPTN
service.
6.6 Greater integration with feeder modes of PT
The GIPTN includes its own community services and so does not rely on external feeder services.
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7 Challenges faced and what municipalities
are doing to respond to these
The biggest sustained challenge to the GIPTN remains funding. Given its role in providing access to
opportunities for all the citizens of George, the GIPTN is designed as a municipal service that is
affordable to commuters, and as such fare revenues will never recover the full cost of the service.
Financial analysis for capital and operational expenditure and revenues indicates that subsidies will
be required to support the GIPTN and moreover, support the socioeconomic benefit that the system
is meant to deliver to its citizens. The PTNG, along with DTPW grants, represent the primary
government vehicles for providing this support.
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8 Contribution of project towards a single
public transport ticketing system, universal
access and smooth inter-operability with
other modes of transport
The PTNG funding condition that universal access design principles be applied to both existing and
new infrastructure has resulted in a significant shift in both attitude towards the rights of persons with
disabilities and the provision of supporting infrastructure. The requirement to comply with access
design guidelines and international best practice has resulted in a changed perspective regarding
treatments of sidewalk environments associated with public transport. In addition, guidelines have
also been reviewed and extended to the ticketing system to ensure ticket legibility and equipment
accessibility.
The GIPTN bus service uses a paper ticketing system as fare medium on buses. This is an interim
measure until the Automatic Fare Collection (AFC) system is introduced. The AFC system
implementation is scheduled for the current financial year. The AFC system would, as per National
Government requirements, enable the inter-operability of the GIPTN ticketing systems with other
transport systems and modes. There are no other functional public transport modes in George, but
the GO GEORGE scheduled bus service is designed to interface with intercity buses and taxicabs
as part of a holistic IPTN service.
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9 Considering challenges faced in project
and budget spend, would you still propose
the use of IPTN as the most suitable PT
system for the city
Yes. The implementation of the IPTN in George has resulted in a service to citizens that is more
reliable, more affordable and safer than the minibus taxi industry that it is replacing. In addition, the
GIPTN has achieved the significant milestone of unifying multiple taxi associations in George into a
single VOC, and through this has transformed the industry into a formal mid-size, sustainable
corporation with empowered shareholders and an elected Board of Directors. Although there is still
some work to do to further embed this transformation, the progress thus far has been encouraging.
This industry transformation would not have been possible other than through formation of a VOC,
linked to a long-term service contract, which an IPTN service is uniquely positioned to provide.
While not yet quantified, the project is influencing the spatial planning processes and the quality of
pedestrian realms. There are increasing numbers of engagements with property developers
exploring related opportunities, which gives confidence to the notion that the introduction of formal
scheduled quality transport that is affordable to the poor, but suitable for use by all, will significantly
contribute over time to a better quality of life, and a more sustainable city.
There is little doubt that GIPTN is becoming a catalyst to future urban restructuring. What is of utmost
importance is to ensure that the system retains a secure, steady source of funding sources to ensure
it remain sustainable.
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10 Future of IPTN
10.1 Running way guidance
In the short to medium term, running way guidance will be provided in-vehicle by means of an ITS
driven driver display console that will provide real time information on where to speed up or slow
down, next stop, route notices (e.g. accident ahead) etc. No other external guidance systems, other
than the standard road signage, are presently planned.
10.2 Vehicle propulsion technologies
Although there are several alternative technologies already in operation around the world, none of
them are yet cost effective in the South African and certainly not in the George context owing to the
supply of fuel and the costs of the technology in comparison with the fare revenue. However, it is
likely that in the next few years, hybrid and pure electric buses will probably start to infiltrate the
system given the direction of global technology.
10.3 IT, fare collection, planning, controlling
operations, management of bus bunching
The GIPTN is already equipped with a sophisticated electronic monitoring system that will soon give
in-vehicle real time feedback to drivers on their position on the network relative to the timetable. This
will allow them to increase or reduce speed as appropriate and this will in turn ensure a more even
spread of vehicles over the entire network. The information from the system is already able to provide
considerable planning insight with respect to speeds and cycle times, which information has already
been used to reduce peak fleet requirements considerably without loss of capacity.
The electronic fare collection system is due for deployment in the next few months and is expected
to provide considerable benefits through reduced boarding times on the one hand, and boarding
information for planning purposes on the other. This information will further help to manage cycle
times, fleet requirements and vehicle distribution on the network.