When determining the right power mobility solution, you should consider your patient’s physical limitations, home environment and personal safety.
Power Chair ![]() |
POV/Scooter ![]() |
|
|---|---|---|
| Physical Condition / Abilities | ||
| Steering | Joystick steering. Provides maximum control with minimal arm or hand strength. Armrests offer more support for arms and hands. | Handlebar steering. Requires extensive use of arms, greater upper body strength and wider range of motion. |
| Seating | Multiple seat options. Helps manage pressure and proper posture. Comfortable seat with a contoured back and adjustable height, armrests and seat-back angle deliver all-day comfort. | Limited seat adjustments. Low-back seat is less appropriate for extended daily use. Does not recline. Cannot be adapted to fit changes in the patient’s condition over time. |
| Programming | Customized controls. Programmable to fit the patient's abilities and dexterities. | Standard controls. Cannot be programmed to fit the patient's unique needs. |
| Progression | Additional accessories. Leg rests and "tilt-in-space" seating available if patient's condition progresses. | Limited or no provision. Device accepts no adaptable medically-related accessories. |
| Environment | ||
| Location | Primarily in-home. | Primarily out-of-home. |
| Turning Radius | Smaller turning radius. Offers tight turning in small spaces, narrow hallways and small rooms. | Greater turning radius. Requires more space to maneuver. Cannot turn tightly. Often requires 3-point turns. |
| Maneuverability | Highly maneuverable. Able to pull up to a table or desk. Allows for easy transfers to toilets, beds, chairs, etc. | Less maneuverable. Non-removable tiller on front of unit hinders ability to pull up to a table or desk, or transfer safely to toilets, beds, chairs, etc. |
| Safety | ||
| Stability | Six-wheel stability. Anti-tip wheels and enhanced suspension for traveling over thresholds and other uneven surfaces. | Less stable. 3-wheel design requires more even surfaces for optimal stability and performance. Has an increased risk of tipping over. |