In-Depth Review
Body Design and Structure
- Reinforced chassis capable of handling heavy loads up to 4 tons
- FOPS/ROPS certified cabin offering 360-degree visibility
- Intelligent suspension system to reduce vibrations
- Roof protection designed to meet high safety standards
Engine Performance and Powertrain
- 4-cylinder B45134 gas engine delivering 78 horsepower
- Advanced combustion system with a 15% efficiency improvement over previous models
- PowerShift transmission with 3 forward gears and 1 reverse gear
- Torque output of 220 Nm at 1800 rpm
3. Safety and Operator Comfort
- Disc Brakes with ABS and Brake Pad Wear Warning System
- Overload Warning System with Digital Display
- Ergonomic Cabin with Vibration-Resistant Seat and Hydraulic Steering
- Touchscreen Control Panel with Operational Parameter Display
4. Fuel Efficiency and Operational Costs
- LPG consumption of 5.2 liters per hour under full load
- 30% fuel cost savings compared to diesel models
- 500-hour service interval for oil changes
- Long-life filters to reduce maintenance costs
5. Industrial Applications
- Large warehouses and distribution centers
- Steel and construction industries
- Heavy manufacturing plants
- Container terminals
Complete Technical Specifications
| Specifications | Details |
|---|---|
| Model | Komatsu FD40G-16 |
| Fuel Type | Liquefied Petroleum Gas (LPG) |
| Engine Number | B45134 |
| Load Capacity | 4000 Kg |
| Lift Height | 6500mm |
| Engine Type | 4-Cylinder LGP Engine |
| Engine Power | 78 Hp (58 Kw) |
| Torque | 220 nm @ 1800 rpm |
| Max Speed | 20 km/h |
| Net Weight | 5200 |
| Overall Length | 2680 mm |
| Overall Width | 1380 mm |
| Breaking system | Hydraulic Disc Brakes with ABS |
| Production Years | 2018 – Present |
Production Years
The Komatsu FD40G-16, equipped with the B45134 engine, has been in production since 2018 and received updates to its electronic control system in 2021.
Final Summary
The Komatsu FD40G-16 with the B45134 engine offers an exceptional combination of power, durability, and efficiency. This model is especially ideal for indoor environments where reducing emissions is a priority.
