An affordable, tri-wheeled, AI-powered electric ambulance designed to conquer the narrow alleys of Dhaka and the muddy roads of rural Bangladesh.
In Puran Dhaka, traffic paralyzes large vans. In rural areas, muddy roads are impassable. Traditional ambulances cost 4-5 Million BDT and are often unavailable.
High Cost: Unbearably high for rural communities.
Limited Access: Cannot enter narrow 6m radius roads.
Incoordination: Fragmented contact numbers, no real-time data.
Decentralized outposts and agile design reduce response times by 20-44%.
Designed in SolidWorks. Simulated in Ansys.
Built by BUET engineers.
Replaces linear chassis with a truss structure for 35% less weight and 80% more load capacity (up to 700kg).
A foldable, origami-inspired hood built with MS bars and waterproof polyurethane. Converts instantly from ambulance to medical cargo van.
300W total capacity generating 1.5-2 kWh/day. Covers 15% of total energy needs, specifically powering medical equipment.
Lithium Iron Phosphate batteries offer 3000-5000 cycles (vs 500 lead-acid). 80% efficiency and safer chemistry.
Moving away from hospital-based parking to a decentralized outpost model.
Machine learning algorithms predict traffic patterns in Dhaka to find the fastest route.
Drivers trained in CPR, bleeding control, and oxygen administration (collaboration with BNCC/Red Crescent).
"Trambulance isn't just a vehicle; it's a lifeline for the 99% who cannot access formal ambulance services."