Water bottle causes head-on crash and fire in Melaka, both drivers escape unhurt


MELAKA: A water bottle that slipped onto the front passenger-side floor triggered a head-on collision between two cars at Tanjung Minyak here, with one vehicle bursting into flames.

Melaka Tengah OCPD Asst Comm Christopher Patit said both drivers were unhurt in the 10pm accident on Saturday (Sept 6).

He said a 36-year-old man was driving towards Bukit Rambai when the bottle slipped onto the front passenger side.

The driver tried to retrieve it and lost control of his vehicle.

The car skidded into the opposite lane and collided with another vehicle driven by a 25-year-old woman, he said on Sunday (Sept 7).

Patit said the impact of the crash caused one of the cars to burst into flames.

Both drivers managed to get out safely while firefighters managed to put out the blaze.

The case is being investigated under Section 43(1) of the Road Transport Act 1987 for careless and inconsiderate driving, he said.

Last month, the media reported that the Malaysian Institute of Road Safety Research revealed more than 80% of road accidents in the country are linked to driver behaviour, including in-vehicle distractions.

Follow us on our official WhatsApp channel for breaking news alerts and key updates!

Next In Nation

Melaka polls: Pakatan to maintain 21-seat contest, says Fahmi
Foreigner held over alleged assault, damaging property at Genting casino
Five falling-tree incidents hit Selangor in one evening, six vehicles affected
Melaka polls: Barisan and Perikatan will run with ‘one machinery, one manifesto’
Barisan and Perikatan formalise cooperation with MoU
Melaka polls: MCA incumbents to defend Klebang, Machap Jaya
Embassy in Madrid yet to confirm if Malaysians involved in high-speed rail crash
Over 350kg in pangolin scales seized in Negri Sembilan raid
Over 4,000 jobs expected from 27 approved data centre projects
Tech advancement must not sideline faith, morals and culture, says PM

Air Pollutant Index

Note: API is calculated based on 24hr running average of the most dominant parameter.

Highest API Readings

    Select State and Location to view the latest API reading

    Others Also Read