Five‑Vehicle Crash Injures Four on LPT2

A chaotic five‑vehicle collision unfolded on the Coastal Highway Two (LPT2) near the Paka Rest and Service area as traffic headed towards Kuala Terengganu late last night. Four occupants suffered injuries ranging from minor cuts to more serious trauma, while fourteen other travellers were rescued unharmed by emergency crews. The crash caused a temporary shutdown of the highway, forcing motorists to detour through local roads.

Preliminary reports suggest that a sudden brake failure on one of the lorries may have triggered a chain reaction, compounded by the narrow passing lanes and limited visibility after dusk. Such conditions are not uncommon on this stretch, which sees a mix of heavy goods vehicles and passenger cars during peak travel periods. The incident underscores the persistent challenges of road safety on Malaysia's coastal routes.

Rescue teams from the Dungun district, along with volunteers, arrived within minutes, using portable stretchers and first‑aid kits to stabilise the injured. Their swift response prevented the situation from worsening and allowed traffic to resume after a two‑hour clearance.

The crash adds to a growing list of highway accidents that have prompted calls for stricter vehicle inspections and better signage. Authorities may need to consider additional safety measures, such as rumble strips and improved lighting, to reduce the likelihood of similar incidents in the future.

For anyone who drives the LPT2 or similar coastal highways, this accident is a stark reminder to check vehicle condition before long journeys and to stay alert, especially at night. It also highlights the importance of supporting local emergency services, which play a crucial role in mitigating the impact of road mishaps.

The incident illustrates how a single mechanical failure can cascade into a multi‑vehicle disaster, affecting dozens of travellers. It raises public awareness about the need for regular vehicle maintenance and prompts policymakers to review safety standards on busy highways, potentially influencing future infrastructure upgrades.