快速公交(BRT)旨在提供媲美地铁的服务水平和运行速度,它使用的不是固定的轨道列车,而是公交车。BRT系统尤其适合快速发展的城市,因为它的建设和运营费用只是地铁系统的1/10,并且建造速度更快。 

在世界范围内,广州BRT拥有以下突出特点:

  在国内,广州BRT具有以下显着特点:

Bus Rapid Transit or BRT aims to provide a subway-like level of service and speed, but using buses rather than fixed rail trains. BRT systems are especially appealing to cities which are rapidly growing, because they are more than 10 times cheaper than subway systems to build and operate, and can be built much faster.

Worldwide, the Guangzhou BRT includes the following notable features:
- the first high capacity 'flexible' BRT system, in which BRT buses can enter and leave the BRT corridor
- the first BRT system to include direct physical connections between BRT stations and metro stations
- the world's longest BRT stations
- the world's largest passenger boardings at regular BRT stations, with more than 4,000 boarding passengers per hour at several stations (projection) in 2010.

Within China, the Guangzhou BRT includes the following notable features:
- peak passenger flows more than triple any other Chinese BRT system
- the first BRT system to include bike parking as well as bike sharing/public bikes in the station design
- the first BRT system with more than one bus operator
- the first BRT system to provide an unequivocal overall time-saving benefit for bus passengers and all road users, and the first to meet more than 80% of the entire bus passenger demand in the BRT corridor.
- the largest BRT bus fleet, with 500 new BRT buses initially, and more being procured.


Junjing Huayuan, 2008.11.30


Gangding, 2010.1.21


Huangcun, 2009.8. Several different green pavement technologies are being tested.


Huangcun, 2009.7


Tiyu Zhongxin, 2010.1.29


Huangcun, 2009.8


Tangxia & Tangdong, 2010.1.12



2009.11.5, Shidajida - with Gangding, the world's largest BRT stations


2009.11.6, Huajing Xincheng


Gangding, 2010.2.4 testing - with Shida Jida, the world's largest BRT stations



Shipaiqiao, 2009.11.1


Shipaiqiao 2010.1.29


Dongpu, 2010.1.20


Zhucun, 2010.1.18


Tangxia, 2010.1