DIY and Homemade Assistive Devices
All disabled people have the right to the tools and equipment that support their independence. This page centers disabled people’s expertise and is informed by disabled-led organizing globally.
Why This Matters
Section titled “Why This Matters”Homemade assistive devices exist because the systems that should provide equipment often fail:
- Insurance denies or delays equipment for months or years
- Commercial aids cost hundreds or thousands of dollars
- Available products are poorly designed, infantilizing, or stigmatizing
- Needs are temporary, fluctuating, or highly specific
- One-size-fits-all products don’t fit individual bodies and lives
Disabled people have always adapted, modified, and created tools that work for them. This is adaptive engineering under constraint, not novelty crafts. These solutions emerge from necessity and expertise that the medical device industry often lacks.
This page collects practical approaches—materials, techniques, and solutions—that disabled people use. This is not medical advice; it’s community knowledge.
Grip, Reach, and Dexterity Aids
Section titled “Grip, Reach, and Dexterity Aids”Common Base Materials
Section titled “Common Base Materials”- Foam tubing: Pipe insulation from hardware stores works as well as expensive OT grip tubing
- Rubber shelf liner: Creates non-slip surfaces on any object
- Velcro straps: Secures objects to hands, wrists, or surfaces
- Key rings and carabiners: Attach to zippers, pulls, and lightweight objects
- Heat-shrink tubing: Creates custom grips that conform to any shape
- Sugru or moldable plastic: Self-setting rubber that can create custom grips and adaptations
- Pool noodles: Cheap, cuttable foam for building up handles
What You Can Make
Section titled “What You Can Make”Built-up handles: Wrap foam tubing around utensils, toothbrushes, pens, and tools to create larger grips. Cut a slit in pool noodles lengthwise to slide over handles.
Zipper pulls: Attach key rings or cord loops to zippers. Thread ribbon through zipper pulls for easier grip.
Button hooks: Commercial button hooks cost $10-30; DIY versions can be made from wire coat hangers bent into hooks with tape-wrapped handles.
Non-slip surfaces: Cut shelf liner to size for under plates, jars, keyboards, or any object that slides. Place under cutting boards, mixing bowls, or anything you need to stay put.
Jar openers: Rubber shelf liner provides grip; wide rubber bands around lids help; levered opener tools can be 3D printed or improvised.
Pen grips: Foam tubing, moldable plastic, or even tape wrapped around pens creates custom grip sizes.
Who This Helps
Section titled “Who This Helps”- People with arthritis, EDS, carpal tunnel
- Tremor and weakness conditions (Parkinson’s, MS)
- Chronic fatigue where grip strength is reduced
- Post-surgical or injury recovery
- Anyone with fine motor challenges
Why Commercial Products Often Don’t Work
Section titled “Why Commercial Products Often Don’t Work”- Standard “adaptive” utensils assume one grip size fits everyone
- Commercial grips may be too stiff, too soft, or wrong diameter
- Products marketed as “arthritis aids” are often expensive for what they are
- Needs change as conditions fluctuate; buying new products repeatedly isn’t feasible
Mobility and Transfer Supports
Section titled “Mobility and Transfer Supports”Common Base Materials
Section titled “Common Base Materials”- PVC pipe and fittings: Create custom frames, rails, and supports (note: not rated for fall protection—use appropriately)
- Pool noodles and EVA foam: Padding for rails, armrests, and frames
- Plywood or laminated boards: Transfer boards between surfaces
- Furniture risers: Adjust height of beds, chairs, sofas
- Ratchet straps and webbing: Secure objects, create loops, attach to wheelchairs
- Command hooks and removable adhesive: Temporary attachment points
What You Can Make
Section titled “What You Can Make”Bed rails: Pool noodles under fitted sheets prevent rolling out. More substantial rails can be improvised but require caution—commercial rails with safety certifications exist for a reason.
Transfer boards: Smooth, sturdy boards allow sliding between wheelchair and bed/car/toilet. Commercial boards are ideal, but in emergencies, a smooth plywood board (sanded edges, no splinters) can work.
Cane and crutch holders: Velcro straps, hooks, or simple clips attached to furniture keep mobility aids within reach.
Armrest padding: Foam pipe insulation or pool noodles wrapped around walker or wheelchair armrests reduce pressure and add cushion.
Reacher extensions: Reachers are relatively inexpensive commercially, but DIY versions can be made with dowels, clips, and creative attachments.
Important Notes
Section titled “Important Notes”These solutions often exist because landlords or insurers prohibit permanent modifications. Temporary solutions fill gaps but aren’t always as safe as properly installed equipment. Where possible, advocate for proper installations.
Fall risk: DIY grab bars and rails may not withstand the forces involved in preventing falls. Critical safety equipment should be properly installed by professionals when possible.
Medication and Health Management
Section titled “Medication and Health Management”Common Base Materials
Section titled “Common Base Materials”- Oversized pill organizers: Larger compartments, easier to open
- Whiteboards and magnetic boards: Visual tracking systems
- Phone stands and tablet mounts: Hands-free access to reminders and alarms
- Rubber grips: Easier pill bottle opening
- Color-coded stickers and tape: Visual organization
- Craft containers with large compartments: Alternative pill storage
What You Can Create
Section titled “What You Can Create”Visual medication schedules: Large-format calendars or whiteboards where each dose can be checked off visually.
Energy-friendly pill sorting: Sort medications once weekly rather than daily; use large-compartment organizers that don’t require fine motor skills to open.
Medication timing reminders: Beyond phone alarms, visual timers, smart home announcements, or physical reminder systems (moving an object from “not taken” to “taken” location).
One-handed pill bottle opening: Rubber grip pads, adaptive openers, or requesting non-child-proof caps from pharmacies.
Backup systems for technology failures: When apps crash or phones die, physical backup systems ensure medication continuity.
Who This Helps
Section titled “Who This Helps”- Brain fog, ADHD, memory impairment
- Complex medication regimens
- Limited hand strength or dexterity
- Fatigue affecting executive function
Why This Matters
Section titled “Why This Matters”Standard medication advice assumes energy, memory, and fine motor control. Many disabled people don’t have all three consistently. Adapted systems reduce the cognitive and physical load of medication management.
Sensory and Environmental Modifications
Section titled “Sensory and Environmental Modifications”Common Base Materials
Section titled “Common Base Materials”- Weighted materials: Rice, beans, poly pellets, glass beads (for weighted blankets, lap pads, or items)
- Blackout materials: Heavy curtains, light-blocking fabric, sleep masks
- LED string lights: Adjustable, warm, low-intensity lighting
- Textured fabrics: Velvet, fleece, silk, sensory-specific textures
- Noise-dampening materials: Foam panels, heavy curtains, rugs
What You Can Create
Section titled “What You Can Create”Weighted lap pads: Small quilted or sewn pouches filled with rice, beans, or poly pellets. Easier than weighted blankets for some uses, and can be heated or cooled.
Light management systems: Blackout curtains (or black fabric behind regular curtains), dimmer switches, bias lighting behind screens, and adjustable lamps.
Sensory calm spaces: Designated corners with controlled lighting, preferred textures, fidget access, and noise control.
Custom fidgets: Many commercial fidgets are infantilizing or poorly made. Custom options can be discreet and suited to specific needs.
Modified hearing protection: Layering different ear protection options (plugs, muffs, musician’s earplugs) or adding comfortable headband covers.
Who This Helps
Section titled “Who This Helps”- Autistic people and those with sensory processing differences
- PTSD and trauma survivors
- Migraine and chronic headache conditions
- ME/CFS and light/sound sensitivity
- Anyone managing sensory environments for health
Why DIY Is Common
Section titled “Why DIY Is Common”Commercial sensory products are often overpriced, infantilized (designed for children), or not customizable to individual needs. A $200 weighted blanket can be approximated with materials costing much less, in the exact weight and size needed.
Wheelchair and Mobility Aid Modifications
Section titled “Wheelchair and Mobility Aid Modifications”Common Base Materials
Section titled “Common Base Materials”- Bike accessories: Cup holders, bags, lights
- Velcro straps and industrial fasteners: Attachment without permanent modification
- Neoprene and foam padding: Pressure relief and comfort
- Reflective tape and decorations: Visibility and personalization
- 3D-printed brackets and mounts: Custom attachments (when access to 3D printing is available)
What You Can Create
Section titled “What You Can Create”Storage solutions: Cup holders, phone mounts, bag attachments that work with your specific chair and needs.
Pressure relief: Additional padding in areas that cause discomfort. Gel pads, memory foam, or custom cushioning.
Weather protection: Rain covers, wheel covers for wet conditions, sun shades.
Visibility and personalization: Spoke covers, frame decorations, lights, reflective elements.
Temporary repairs: Zip ties, duct tape, and basic tools for handling common failures until proper repair is possible.
Important Framing
Section titled “Important Framing”Decoration and modification aren’t vanity—they are ownership, safety, and identity. A wheelchair is not a medical device to be hidden; it’s a mobility tool that can reflect the person who uses it.
Many wheelchair users report that personalization makes the chair feel like theirs rather than a medical imposition.
Environmental Access and Daily Living
Section titled “Environmental Access and Daily Living”Common Base Materials
Section titled “Common Base Materials”- Wooden dowels: Extend reach to light switches, buttons
- Command hooks: Temporary attachment points everywhere
- Cutting boards with spikes and clamps: Stabilize food for one-handed prep
- Silicone mats: Non-slip surfaces for any task
- Reachers and grabbers: Extend reach without bending or stretching
What You Can Create
Section titled “What You Can Create”Light switch extenders: Dowels with hooks, or 3D-printed extensions that lower switch height.
Door handle adaptations: Lever attachments over knobs, loop handles for pulling.
One-handed cooking stations: Cutting boards with corner guards, suction-mounted bowls, anti-slip surfaces, everything positioned for access.
Bedside organization: Within-reach storage for essentials—phone, water, medications, remote, glasses—without needing to get up.
Remote and device holders: Positioned for access from bed, chair, or wherever you spend time.
Who This Helps
Section titled “Who This Helps”- Stroke survivors
- Amputees
- Limited reach or balance
- Anyone with reduced mobility affecting daily tasks
Where to Find Ideas and Community
Section titled “Where to Find Ideas and Community”Online Communities
Section titled “Online Communities”- Reddit: r/disability, r/chronicillness, r/wheelchairs, condition-specific subreddits share adaptations
- Facebook groups: Condition-specific groups often have “life hacks” threads
- TikTok and YouTube: Disability creators share adaptations and reviews
- Pinterest: Search “adaptive equipment DIY” for visual ideas
Professional Resources
Section titled “Professional Resources”- Occupational therapists: OTs specialize in adaptive strategies; if you have access to one, they can suggest solutions
- Job Accommodation Network (JAN): Free resource for workplace adaptation ideas
- State assistive technology programs: Many states have AT lending libraries and demonstration centers
Maker Communities
Section titled “Maker Communities”- 3D printing communities: Many disabled makers share free designs for assistive devices
- Maker spaces and tool libraries: Community workshops may offer skills and equipment
- ATVT (Assistive Technology / Vocational Training) programs: Some programs create custom devices
Important Cautions
Section titled “Important Cautions”Safety Considerations
Section titled “Safety Considerations”- Fall prevention equipment should be professionally installed when possible; DIY rails and bars may not withstand the forces involved
- Medical devices should not be improvised—CPAP, oxygen, insulin pumps, etc. require proper equipment
- Electrical modifications require appropriate knowledge and caution
- Pressure injury prevention requires proper assessment; DIY cushioning may not adequately protect
- Wheelchair repairs beyond basic maintenance should be done by qualified technicians
When DIY Is Appropriate
Section titled “When DIY Is Appropriate”DIY solutions are most appropriate when:
- Needs are temporary or experimental
- Commercial products don’t exist for specific needs
- Cost barriers prevent access to proper equipment
- Modifications are reversible and low-risk
- Solutions address convenience rather than safety
When to Advocate for Proper Equipment
Section titled “When to Advocate for Proper Equipment”DIY fills gaps, but gaps shouldn’t exist. Advocacy for insurance coverage, Medicaid funding, charitable equipment programs, and proper accommodation is important. DIY solutions work around failure; systemic change addresses it.
Related Pages
Section titled “Related Pages”- Assistive Technology Overview
- Wheelchair Maintenance
- Medication Management
- Living Alone With a Disability
- Home Modifications
This page centers disabled people’s expertise and is informed by disabled-led organizing globally. For questions or to suggest additions, see How to Contribute.
Contribute to This Page
Section titled “Contribute to This Page”Have lived experience or expertise that could strengthen this page? We especially welcome perspectives on models not well represented here, including those from the Global South and Indigenous communities.
This page centers disabled people’s expertise and is informed by disabled-led organizing globally. For questions or to suggest additions, see How to Contribute.