OPERATING PRINCIPALS
The Rocket uses digital electronic gyroscopes and acceleration
sensors to control balance and motion, depending on the User'S
center of gravity. The Rocket also Uses a control system to drive the
motors that are located within the wheels. The Rocket has a built-in
inertia dynamic stabilization system that can help assist with balance
when moving forward and backwards, but not while turning.
TIP- To increase your stability, you must shift your weight in order to
overcome the centrifugal force during turns, especially when
entering a turn at higher speeds.
WARNING
Any Rocket that does not work properly
can cause you to lose control and fall.
Inspect the entire Rocket thoroughly before
every ride, and do not ride it until any
problerns have been corrected.
SPECIFICATIONS
Model:
Net Weight:
Load:
Max Speed:
Max Distance Range:
Max Incline Angle:
Minimum Turning Radius:
Charge Time:
Battery Type:
Battery Voltage:
Battery Capacity:
Power Requirernent:
Ground Clearance:
Platform Height:
Tire Type:
(866) 831-1520
Hover-I TMRocket (HI -RCKT)
13.6 lbs (6.2 kg)
44-160 lbs (20-72.5 kg)
Up to 7 mph (l I .3 km/h)
Up to 3 miles (4.8 km)
IOO
00
Up to 6 hours
Lithium-ion
36 v
2.OAh
AC 100-240V, 50/60Hz
I .5 Inches (3.81 cm)
4.5 Inches (l I .43 cm)
Non-Pneumatic Solid Tires
5
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