News
FRSC Blames Overspeeding For Deaths Of 413 People In Bauchi Crashes

Between January and December 2021, 413 people were killed in 480 crashes across Bauchi State.
Yusuf Abdullahi, the Bauchi State Sector Commander of the Federal Road Safety Corps, announced this in a statement on Sunday.
According to Abdullahi, 2,157 people were injured in the crashes, which involved 3,586 people.
According to him, the majority of the accidents were caused by speeding and reckless driving.
“From January to December 2021, Bauchi State recorded a total of 480 road traffic crashes on the state’s 4,000-kilometer road network,” he explained.
“These include 162 fatal crashes and 307 serious crashes.”

“There were a total of 3,586 people involved.” In these crashes, 413 people were killed and 2,157 were injured.
“These are made up of 162 fatal crashes and 307 serious crashes.
“A total of 3,586 people were involved. No fewer than 413 people were killed in these crashes, while 2,157 others sustained various degrees of injury.
“Most of these road traffic crashes occurred in the evening and at night. Also, 80 per cent of these crashes involved commercial vehicles passing through the state.
“Speeding remains the number one source of worry for the corps in road safety management.
“The corps will do its best to ensure that RTC resulting from speeding is reduced to the barest minimum in 2022.”
-
News5 days agoCurrently, China Has 129 Manufacturers Of Electric And Hybrid Vehicles; The Majority Will Fail
-
News5 days agoHyundai Motor Workers Are On A 3-Day Warning Strike
-
News5 days agoBidding For This Stripped 2024 Mercedes-AMG G63 With No Rear End Surpasses $18,000 On Copart
-
News4 days agoLamborghini’s Next Model Will Be A Grand Tourer And Will Not Be Electric
-
News4 days agoFerrari Is “Very Happy” With The Luce’s Reactions
-
News6 days agoDubai Police Unveils 2nd-Gen AI-Powered ‘Ghiath’ Smart Patrol Based On Denza B8 Hybrid SUV
-
News3 days agoIn America, Toyota’s EV Sales Have Surged By 136%
-
News4 days agoLamborghini Sterrato To Cut Across Multiple Models
