OT Resources

Excess propulsive force is the primary driver of upper limb injury in long-term manual wheelchair users. The rotator cuff and AC joint bear the brunt of this and once that damage accumulates, it doesn't reverse. Prescribing the lightest appropriate chair for an active user isn't about comfort, it's about protecting function for the next decade. Frame weight is one of the most direct levers an OT has.

Reduced fatigue across the day, preserved shoulder function over time, and a chair that the client can actually manage independently when loading it into a vehicle. Many clients describe the difference between a heavy chair and an ultra-lightweight one as getting their afternoon energy back which has real participation implications.

A chair that doesn't fit precisely, can force users into compensatory postures such as increased trunk lean, asymmetrical loading and elevated shoulder positioning during propulsion. These are not minor inconveniences; they are the mechanisms that can lead to pressure injuries, spinal complications, and shoulder deterioration that impact a client's life for years. “Precise fit” addresses postural and functional requirements without relying on add-on seating systems that add weight and introduce new failure points.

A chair that “fits” becomes invisible; Clients stop just managing the chair and start focusing on their destination. Improved sitting posture, reduced skin breakdown risk, and safer propulsion biomechanics that work with the body rather than against it are other functions that result from Rove's “custom and precise fitting” promise. Clients frequently report increased daily activity and community participation after moving from an adjusted standard chair to a custom-fitted Rove.

A chair designed for one person from the ground up meets the user's complex needs that a configured chair never quite hits. This individualised attention reduces mid-cycle modifications, re-prescriptions and the clinical time that goes with chair adjustments. Over a five-year equipment lifecycle, a properly fitted Rove from the outset is consistently more cost-effective than a lower-priced chair requiring ongoing adjustments and modifications.

Bolt-on brackets and third-party hardware are common failure points; they add weight, create friction in the system, and eventually fail. Rove builds everything into the frame. The result is a lighter, more durable, and more reliable chair over years of daily use. Fewer repairs also means fewer periods where the client is without their primary mobility aid.

Titanium's natural dampening properties absorb the high-frequency vibration that user's experience on everyday surfaces such as footpaths, tiles, roads and thresholds. Over hours of daily use, that cumulative impact on the spine and seated posture is significant. The 3D printing process enables a level of manufacturing precision that cannot be achieved with traditional welded frames. Additionally, titanium's exceptional resistance to both corrosion and impact, ensures long-term durability, even under the most demanding daily use.

While titanium is designed to absorb vibration, carbon fibre maximizes energy transfer through its exceptional stiffness. This allows force from each push stroke to translate more directly into forward movement, minimizing energy loss caused by frame flex. For active users travelling significant distances each day, this can result in meaningful energy conservation, greater community mobility, and a wheelchair that feels more responsive and predictable to manoeuvre.

Psychosocial engagement with assistive technology is a recognized factor influencing equipment acceptance, consistent daily use, and community participation. When a wheelchair reflects the client's identity and preferences, it can reduce the stigma that may otherwise discourage use in public or community settings. Within the NDIS framework, this directly supports participation goals—the same goals that underpin the need for the equipment itself—and is therefore an important consideration to include in the report.

A chair that reflects a user's personality and looks like it belongs to them. Clients who take ownership of their chair use it more consistently, maintain it better, and engage more confidently in public spaces. For active clients in particular, this is far from a minor consideration – it can be the difference between a chair that becomes a part of everyday life and one that never makes it past the front door.

Moving the axle forward relative to the user's shoulder position, reduces rolling resistance and lowers the propulsive force required on each push stroke. It also influences how the chair balances, tips, and responds during movement, making it directly relevant to rear stability management and anti-tip safety. Accurately configuring these parameters during prescription, rather than relying on estimation, can be the difference between a wheelchair that feels intuitive and efficient to use and one that requires ongoing compensatory effort from the client. The ability to fine-tune these settings as functional needs change also supports the wheelchair's long-term suitability within a single equipment lifecycle.

A chair that is precisely tuned to the client's body position and activity level requires less energy to propel, responds more effectively in confined spaces, and can be adjusted by the OT as needs evolve, without requiring new funding approval. For active users, accurate COG configuration is often the adjustment that produces the most noticeable day-to-day improvement, even when clients are not able to clearly identify why the chair feels so different compared to their previous set-up.

The NDIS AT framework considers reasonable and necessary supports over the full lifecycle of equipment, not only at the point of purchase. For active full-time users, a correctly prescribed, lightweight, and precisely fitted chair can help prevent secondary conditions such as rotator cuff injury, AC joint degeneration, and carpal tunnel syndrome; all of which are commonly associated with prolonged use of heavy or poorly fitted chairs. These conditions can result in additional treatment costs, increased support needs, and reduced participation. Accordingly, the OT's funding justification should clearly articulate this preventative value and link it to the participant's functional and participation goals.

Increased years of independent, self-directed mobility; preservation of upper limb function over time; and reduced reliance on carers for transfers and transport needs. For many clients, a well-prescribed Rove supports continued active, independent manual wheelchair use for significantly longer than lower-cost alternatives. This outcome should be clearly documented within the support needs section of the assistive technology report.

Rove chairs are compatible with leading medical backrests (e.g. Jay, Matrx, Stimulite), pressure-care cushions, lateral supports, and power-assist add-ons such as SmartDrive and Ally. Standard interface hardware and adjustable mounting points mean clinicians are not constrained to a proprietary accessory range when addressing complex seating, pressure management, or propulsion needs. For clients requiring highly specific configurations, Rove's bespoke manufacturing capability means the team can accommodate custom requests that fall outside standard catalogue options. OTs can prescribe the chair knowing that present and future accessory needs are unlikely to require a whole-of-chair change.

Clients receive a chair that works with the accessories they already use or that their OT recommends, rather than being forced into a different ecosystem. As clinical needs evolve, accessories can be interchanged or upgraded without replacing the frame. This protects the funding investment and reduces disruption to the client's daily routine. For clients with complex or unusual requirements, the ability to work through custom requests directly with the Rove team means solutions are accessible that would otherwise require a different product category entirely.

Australian manufacturing enables Rove to maintain tight quality control at every stage of production and to implement mid-process modifications when a client's clinical needs change prior to delivery. OTs can also liaise directly with the manufacturing team regarding specifications, tolerances, or custom requirements. Post-delivery, local support allows issues to be resolved promptly, without the delays associated with international escalation. In addition, Rove's familiarity with the Australian NDIS and AT funding framework ensures an understanding of the documentation and evidence requirements that underpin OT prescriptions, supporting the development of well-substantiated applications.

Clients receive a chair built to their exact measurements, with direct access to the manufacturing team and ongoing support after delivery. Australian-made production ensures timely access to repairs and replacement parts without the delays of international shipping. For NDIS participants, engaging a local manufacturer familiar with Australian funding pathways helps reduce administrative burden and supports the development of prescriptions aligned with plan goals and funding categories. This local accountability provides confidence for both the client and the prescribing OT.