A patient with T6 AIS A paraplegia has full upper extremity strength and good trunk stability. Which wheelchair type is MOST appropriate for this patient's primary mobility?

A patient with T6 AIS A paraplegia has full upper extremity strength and good trunk stability. Which wheelchair type is MOST appropriate for this patient's primary mobility?

• A. Power wheelchair with tilt and recline
• B. Manual ultralightweight rigid-frame wheelchair with appropriate cushion
• C. Power wheelchair with sip-and-puff control
• D. Manual standard-weight folding wheelchair with elevating leg rests

Answer: (B)

With a T6 AIS A injury, the person has full upper-extremity strength and good trunk control, so active manual propulsion is a realistic goal. The best option for primary mobility is a manual ultralightweight rigid-frame wheelchair with an appropriate cushion. The ultralightweight design reduces the mass the user has to push, which lowers energy expenditure and makes propulsion easier and less tiring over long distances. A rigid-frame chair provides a direct, efficient transfer of effort into forward movement and better overall maneuverability, which is especially helpful in tight spaces and during daily activities. The cushion is essential to support proper pelvic alignment and distribute pressure to prevent skin breakdown during extended sitting. Other options are less suited here because they add unnecessary weight or complexity when manual propulsion is feasible. A power chair with tilt and recline offers repositioning features you can do manually or with alternative controls but adds weight, cost, and maintenance. A power chair with sip-and-puff is meant for limited hand function, which isn’t needed given full upper-extremity strength. A standard-weight folding chair with elevating leg rests is heavier and less efficient to propel than an ultralightweight rigid-frame chair, making daily mobility more effortful.

With a T6 AIS A injury, the person has full upper-extremity strength and good trunk control, so active manual propulsion is a realistic goal. The best option for primary mobility is a manual ultralightweight rigid-frame wheelchair with an appropriate cushion. The ultralightweight design reduces the mass the user has to push, which lowers energy expenditure and makes propulsion easier and less tiring over long distances. A rigid-frame chair provides a direct, efficient transfer of effort into forward movement and better overall maneuverability, which is especially helpful in tight spaces and during daily activities. The cushion is essential to support proper pelvic alignment and distribute pressure to prevent skin breakdown during extended sitting.

Other options are less suited here because they add unnecessary weight or complexity when manual propulsion is feasible. A power chair with tilt and recline offers repositioning features you can do manually or with alternative controls but adds weight, cost, and maintenance. A power chair with sip-and-puff is meant for limited hand function, which isn’t needed given full upper-extremity strength. A standard-weight folding chair with elevating leg rests is heavier and less efficient to propel than an ultralightweight rigid-frame chair, making daily mobility more effortful.