Will this home still work in twenty years?

A step-free or ramped way to the main door

Steps are the single biggest barrier to staying in a home as mobility changes.

A level, firm, non-slip approach path

Loose or uneven paving causes trips and makes a wheelchair or walker hard to use.

A covered, well-lit entrance with somewhere to set things down

Fumbling for keys in the dark or rain is where many falls begin.

The entrance door opens easily with one hand (lever, not knob)

Round knobs defeat weak grip and arthritic hands.

Main doorways give about 900 mm clear width

A wheelchair or walker needs clear width; many Indian internal doors are only 700–750 mm.

Thresholds are flush — no trip lips between rooms

Even a 20 mm lip stops a wheel and catches a toe.

Room to turn — about 1500 mm clear space at key points

Turning a wheelchair or assisting a person needs a clear circle.

Lever handles on internal doors

Levers work with a closed fist, an elbow or a weak grip.

A step-free (curbless) shower or wet area

Stepping over a tub edge or a raised kerb is a leading cause of bathroom falls.

Grab bars (or firm fixing for them) at the WC and shower

A secure hold at the two riskiest moves — sitting and standing — prevents falls.

A non-slip floor finish

Wet, polished tiles are treacherous.

A comfort-height WC (seat ~450–480 mm)

A low pan is hard to rise from.

Lever or sensor taps

Round taps are hard to turn with wet, weak hands.

Everyday items and a work surface reachable without stretching or stooping

Deep overhead and floor-level storage become unusable with limited reach or balance.

Somewhere a task can be done seated

Standing to cook tires quickly and is unsafe during recovery.

Lever taps and easy, front-mounted controls

Reaching over a hot hob for rear knobs is risky.

Clear turning space (~1500 mm) in the work zone

A galley too tight to turn in excludes a walker or chair.

A bedroom and a full bathroom on the entrance level

Single-level living is what lets most people stay home when stairs become impossible.

Clear space (~900 mm) beside the bed

Transfers and assistance need room on at least one side.

Firm, stable seating at a supportive height (~450 mm) with arms

Deep, soft sofas are very hard to get out of.

Continuous, graspable handrails on both sides of any stairs

Two hands on the rail is the simplest fall-prevention there is.

Even, non-slip treads with a contrasting nosing

Mis-judging a step edge causes serious falls, especially in low light.

Provision for a stairlift, or a realistic single-level fallback

Planning the route out of a stairs problem now is far cheaper than later.

Switches and sockets at a reachable height (~900–1100 mm)

Sockets at skirting level and high switches exclude seated and stooping users.

Bright, even, glare-free lighting, with night lighting on routes

Older eyes need much more light; shadows and glare both cause falls.

Tonal contrast on edges, doors, handles and controls

Contrast lets low-vision users read a space without thinking.

Large, easy controls (rocker switches, clear markings)

Small toggles and fiddly dials defeat weak or arthritic hands.