Finding the perfect gift is an art. It needs to be useful, unique and most importantly a personalized representation of your friendship. Choosing the right gift that your friend will actually use is challenging. Here is a list of ideas for gifts you can get for a friend who uses a wheelchair. For more ideas, check out our holiday gift guide here!
Cup Holders for Wheelchairs
Show your friend you care by keeping them hydrated! This cup holder available on Amazon is a good low-cost option for your friends birthday! Consider ordering it ahead of time and decorating it with paint or stickers for that personalised touch!
Patches to Decorate Backpack or Side Pouches (<$1)
Often, side pouches that are designed for use with a wheelchair are pretty boring (or an ideal backdrop for patches and pins!). You can find patches lots of different places on the internet, depending on what you are looking for. They are a low cost and highly personalized gift that symbolize important things in your friendship! Your friend can show their personality and friendship off to the world by rockin’ patches! If you are in Toronto, there is an entire expo dedicated to pins and patches!
Plan a Day Around the City ($0)
Who needs more things, really? Consider planning an entire day of fun exploring and doing all of your friend’s favourite things! This blog post has some ideas of things to do in Toronto if you need help brainstorming! To check how accessible places are during your planning, check out the AccessNow app or AccessTO!
Make a Golf Ball Joystick Handle ($2)
You can use nail polish to decorate a golf ball, and drill a hole in the bottom to make a low-cost gift for your friend! Alternatively, you could design and 3D print a custom joystick handle if you are feeling creative!
Wheelchair Gloves (~$20)
Find a cool pair of gloves for your friend! They don’t need to be specific for wheelchairs, try bike shops, sailing shops, outdoor rec stores, weight lifting equipment suppliers etc. Amazon has a wide selection of gloves that could be used for wheeling, such as these mesh gloves!
Fleximug ($79.95)
Fleximug makes mugs that are easy to drink hands free. The straws are positionable and come in various lengths, are dishwasher safe and leak proof!
Hands-Free Umbrella (~$60)
Rehadesign makes the Rayne Shield, an umbrella with extra head room, that can be mounted hands-free using the “Brella Buddy”. You can buy both the umbrella and mount (~$100), or just the mount, which fits any standard long-handled umbrella.
Backpack (~$50)
If your friend tends to have a bunch of bags hanging on the back of their wheelchair, a backpack is a good option for a gift! You can find one with a cool design, or get them a plain backpack and find patches to sew on it! If they love to travel maybe get a patch from everywhere you go together, or if they like sports or TV shows, there’s patches for everything!
Joystick Handle (>$70)
Ergojoystick makes joystick handles that are designed to reduce the strain on a driver, especially those with arthritis or those who fatigue easily. Their designs also look pretty cool!
Hands-Free IPad Mount (>$80)
MERU makes iPad mounts that can attach to wheelchairs and hold the device hands-free!
Shoes (~$70)
The Nike Flyease shoes were designed to easily zip on and off. These shoes may have difficulty fitting over AFOs or fitting orthotics, making them them not fully accessible. They are a step in the right direction though towards considering the abilities of everyone in design. They currently are unavailable on the Nike website.
Braze Blind Spot Sensors for Wheelchair Users
The Braze Hydra and Sentina are innovative products that can turn any wheelchair into a ‘smart’ wheelchair (cars have sensors, why can’t wheelchairs?!). These add-on devices are the first in the world that easily attach to any wheelchair and offer visual, audio, and vibrational feedback to wheelchair users regarding location and proximity of obstacles. They provide the freedom of improved maneuverability, increased spatial awareness, and increased safety.
TetraGear Lights ($200-$300)
TetraGear makes lights that can be installed on wheelchairs to increase visibility of wheelchairs in style. As we discussed, pedestrians who use wheelchairs are typically less visible to drivers, and adding lights can improve visibility! Give the gift of safety to your friend!
Wheel Covers! (~$200)
Izzy Wheels makes artistic spoke covers for manual wheelchairs that are designed by top artists. Their motto is if you can’t stand up, stand out and these spoke guards will definitely help your friend to stand out! There are many different designs, so you can find one that matches your friends style!
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Wheelchair collisions are very common, and can be extremely costly. As a result, safety concerns are a major reason for limiting access to independent power mobility (Mihailidis et al., 2011). This is a problem, as access to power mobility increases independence and quality of life by enabling people to interact with their surroundings (Bourret et al., 2002). The goal of anyone who prescribes or operates a power mobility device is to limit the risks while ensuring the device continues to provide maximum independence and mobility.
All strategies from this article are intended as ideas only, and should not replace the advice of a healthcare practitioner. If you are feel that some of these ideas could work for you, start a conversation with your therapist or doctor about ways you can reduce risk in driving! I would love to hear from you, about ways you have limited risks, so please comment below or email us at info@brazemobility.com!
1. Have Rules of the Road or Hallway
In areas with many power wheelchair users, it is important that people’s actions are predictable to avoid collisions. Creating some rules of the hallways can ensure that safety is maintained. It could also be a great way to build community and trust between residents of a facility. If you are concerned about safety within your institution, consider gathering people to discuss some “traffic laws” that would make everyone living in the facility feel safer, including both wheelchair users and non-wheelchair users. This may include sectioning off the hallways into lanes, so people going one way stay on the right hand side and those going the opposite directions go on the left. Ensuring hallways are clear can also improve safety, as drivers will not be required to swerve or dodge to avoid collisions.
2. Timing of Power Wheelchair Use
Some medications may interact with driving ability, increasing reaction times and risk of collision. If this is the case, rather than removing access to power mobility completely, track exactly how long after taking medication symptoms are onset, and consider reducing power mobility use at those times until the effects of the medication are worn off**. If you notice that a certain medication makes you feel less alert, consider talking to your doctor about ways you can reduce the impact of the medication on your driving. If fatigue is experienced at certain times of day, consider reducing the use of your power wheelchair, or the speed with which the chair is used at those times, to ensure that drowsiness does not result in accidents.
**Always consult your therapist and/or doctor if unsure about the safety of wheelchair operation or effects of medication.
3. Eliminating Barriers
Navigating in a power chair in an enclosed space is very difficult, especially if there are multiple hazards in the way. This can be more difficult if the hazards are low to the ground, making them much more difficult to see, especially if they are behind the user. Where barriers cannot be eliminated, ensure that there is adequate lighting, or warning so that power wheelchair drivers have enough time to plan an avoidance route.
4. Increasing Spatial Awareness of the User Through Blind Spot Sensors
Seeing what is behind you without any sort of aid is difficult- driving a car with no mirrors or backup camera is unthinkable! Why are wheelchair users expected to drive without any sort of feedback? Braze Mobility makes blind spot sensors that provide 180 degrees of rear-view coverage, providing the user with feedback about obstacles in their environment. Other visual aids are also a possible solution to this problem.
5. Wheelchair Design
The most common type of wheelchair accident, for both manual and power users was found by Gaal et. al (1997) to be tips and falls. This group recommends changing wheelchair design to prevent tips and falls, such as lowering the centre of mass closer to the ground, adding castor wheels and modifying the suspension of the chair to accommodate bumps. Additionally, being careful on curbs and around objects that could result in a chair tip is a way you can avoid tips without modifying your chair.
6. Self-Driving Wheelchairs
In the future, self driving wheelchairs will likely begin to emerge onto the market. These chairs will be useful for avoiding collisions, and increasing access to power mobility for those who may otherwise be excluded for any reason. The high cost and low reliability of self-driving technology is currently preventing any fully autonomous smart wheelchair technology from being available on the market (Viswanathan et. al, 2017).
References
- Bourret, E. M., Bernick, L. G., Cott, C. A., and Kontos, P. C. (2002). The meaning of mobility for residents and staff in long-term care facilities. Journal of Advanced Nursing, 37(4), 338–345. http://doi.org/10.1046/j.1365-2648.2002.02104.x.
- Gaal, R. P., Rebholtz, N., Hotchkiss, R. D., & Pfaelzer, P. F. (1997). Wheelchair rider injuries: causes and consequences for wheelchair design and selection. Journal of rehabilitation research and development, 34(1), 58.
- Mihailidis, A., Wang, R., Dutta, T.& Fernie, G. (2011). Usability testing of multimodal feedback interface and simulated collision-avoidance power wheelchair for long-term-care home residents with cognitive impairments. Journal of Rehabilitation Research and Development, 48(7), 801.
- Viswanathan, P., Simpson, R. C., Foley, G., Sutcliffe, A., & Bell, J. (2017). Smart wheelchairs for assessment and mobility. In Robotic Assistive Technologies (pp. 161-194). CRC Press.