KINSHASA – Can giant robots with deep voices and massive arms be the answer to easing traffic chaos in the capital of the Democratic Republic of Congo?
A small cooperative, which developed the novel solution and is testing two robots at key intersections, thinks so — and wants to promote the concept across the country, Africa and the world.
Initial feedback is positive, from both the public and officials.
“God bless those who invented it,” said taxi bus driver Franck Mavuzi stuck in traffic. “The robot is good.”
Like many African capitals, Kinshasa, a city of 10 million people, has a reputation for chaotic driving and huge traffic jams. Tricolor traffic lights are rare, many cars are old and battered, and not all drivers are mindful of the highway code.
And traffic police, who earn minimal salaries, are often accused of extorting money from motorists.
“When the robot stops the traffic, you can see that everybody stops and the pedestrians can cross without a problem,” said taxi driver Mavuzi. “And the traffic police bother us too much. Let’s leave robots to do the job,” he said.
The first model, which towers 2.5 meters (8 feet) tall, was deployed last June at the busy Lumumba Boulevard in the central Limete district.
“Drivers, you should make way for pedestrians,” it booms, raising one arm and lowering another while red and green lights signal cars to stop or go.
“We began with this one, which is simply there to offer safe passage” to pedestrians, said Therese Ir Izay Kirongozi, who founded Women’s Technology to provide employment for Congolese women with engineering degrees.
Her seven-member team — which despite the name includes four men — develops the robots in a small workshop with peeling walls and rudimentary equipment.
In October, a more sophisticated model designed to control traffic flow was deployed at a junction in front of parliament.
Beneath a solar panel providing power, it swivels its torso. A green light on its breastplate turns red while it raises an arm, also fitted with lights — mimicking a real-live traffic policeman stopping one line of traffic and letting another through.
“There are many robots in the world, but a robot handling road safety and traffic control, that’s truly ‘Made in Congo,’” Kirongozi said.
“We must sell our expertise to other countries, as well as central Africa, and why not the United States, Europe and Asia,” she said, hoping the project can create more jobs in the vast DR Congo where development has been hampered by repeated warfare, notably in the restive east.
’600 dangerous intersections’
Part of the team is due to show off the creation at international trade fairs in Canada and Switzerland in April.
A traffic robot costs about $15,000 to build, Kirongozi said.
Her own restaurant and leisure firm, Planete J, is currently covering costs, but she hopes the robots will eventually turn a profit.
“This is a positive thing … in the business of road safety,” said Val Manga, head of the National Road Safety Commission. “We need to multiply these intelligent robots to install them at various intersections in the towns and urban agglomerations of our country.”
The solar panels that power the robots could prove a major asset in a city where whole districts still lack electrical power. Made of aluminum, the robots are designed to resist a harsh equatorial climate with high temperatures, humidity and massive downpours.
A sophisticated electronic detection system tells them when pedestrians are waiting to cross a street. Cameras built into the eyes and shoulders provide constant video footage of traffic flow.
“When the robot captures images, they are sent over the Internet to a center where they are stored and could be used to prosecute people who have committed offenses,” said video surveillance expert Claude Diasuka, who is part of the project.
For the moment, all data belongs to Women’s Technology. But pointing to money raked in by Western countries for driving offenses, Kirongozi said such a system here could guarantee earnings for communities that want to invest in the robots.
In Kinshasa alone, “we have identified 600 dangerous intersections and complicated places” where robots could be put to work, she said.