
HYUNDAI HBR20-7 SIT-DOWN FORKLIFTS
Specifications & Market Value

Technical Description
The Hyundai HBR20-7 is an electric forklift designed for efficient material handling with a load capacity of 4,400 lbs and a load center of 19.6 inches. It operates on an electric motor, ensuring a maximum travel speed of 7.3 mph (11 kph). The forklift's mast provides a maximum fork height of 9.9 feet, with lift and lower speeds of 55.1 ft/min and 98.4 ft/min respectively. Its mast can tilt 3 degrees forward and 5 degrees backward, enhancing load stability during operation. Dimensionally, the forklift measures 7.7 feet in length to the fork face, 4.1 feet in overall width, and 7.6 feet in height to the top of the overhead guard, with a ground clearance of 3.4 inches. Its overall height with the mast lowered is 6.7 feet, and it features a compact turning radius of 5.9 feet for maneuverability in tight spaces. The wheelbase spans 5 feet, supporting the vehicle’s operating weight of 6,022 lbs. It has a 2-wheel front and 2-wheel rear configuration for stability and traction. The Hyundai HBR20-7 is engineered for versatility in warehouse and distribution center environments, combining strong lifting capabilities with compact dimensions and electric power for emission-free operation.
Technical Attributes
- Fuel Type
- Electric
- Turning Radius
- 5.90 ft
- DC Voltage
- 48.00 V DC
- Load Capacity
- 4400 lb
- Max Fork Height
- 118.80 ''
Dimensions
- Size
- 6.56 ft L x 4.1 ft W x 6.7 ft H
Category
- MATERIAL HANDLING
- → FORKLIFTS
- → SIT-DOWN FORKLIFTS
Data Accuracy and Verification
Specifications, market trends, and valuation estimates are compiled from manufacturer documentation, historical sales, and industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all data before making buying or selling decisions. Valuations do not represent guaranteed transaction prices or binding offers, and Aucto assumes no liability for decisions made using this data.
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