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Free No Tarmac tools / Overlanding · touring equipment

Overlanding & touring advisor

Build a capable touring rig that stays under GVM — payload, power, roof and storage, planned around your own vehicle's numbers.

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Quick answer

The whole game is staying under your vehicle's weight limit — everything you add (people, gear, fuel, water) counts. Spend that weight on the things that matter (a reliable fridge and second battery, low storage), keep the roof light, and plan fuel, water and recovery for your route. Enter your own numbers in the calculators below — nothing is pre-filled.

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Why we recommend this

  • Planning the whole setup — weight, recovery, power, water and navigation — is what keeps a long remote trip safe and enjoyable.
  • Staying within your vehicle's weight limits protects handling, braking and reliability when you're far from help.
  • Carrying the right recovery and communication gear turns a breakdown or a stuck vehicle into an inconvenience, not an emergency.

Things to consider

Cost

  • Kitting out for expedition travel (storage, power, recovery, camping) is a big, staged spend — build it up over trips.
  • A dual-battery, fridge and roof setup adds up fast.

Trade-offs

  • Every accessory adds weight that eats payload — you can't carry everything.
  • Roof loads especially raise rollover risk, so keep heavy items low.

Common beginner mistakes

  • Overloading past the vehicle's weight or axle limits.
  • Counting only the tent — not the rack and awning — in roof weight.
  • Travelling remote solo with no communications or recovery plan.

Setup tiers at a glance

Match the tier to your trip — then plan the weight.

Light day kit

Single day out — safety over luxury.

Best for

  • Recovery kit + compressor
  • Soft bags, no roof load
  • Keep added weight ≤ ~100 kg

Avoid if

  • You're sleeping out
  • You need a fridge/drawers
Roof
None
Battery
Start only

Weekend tourer

2–3 days, small group.

Best for

  • 12V fridge + water
  • AGM/LiFePO4 service battery
  • Ground tent or a light RTT

Avoid if

  • Roof tent exceeds your dynamic limit
Battery
~100 Ah
Charge
DC-DC / VSR

Expedition build

Full setup

4–14 days, remote & self-sufficient.

Best for

  • Drawers, fridge, long-range fuel/water
  • LiFePO4 + DC-DC + solar
  • Winch sized to GVM

Avoid if

  • You haven't done a weight budget
Battery
LiFePO4
Check
GVM before you go

Family tourer

4–5 people incl. kids.

Best for

  • Ground tent (saves roof weight)
  • Drawers for organised access
  • Calculated water & food

Avoid if

  • Roof tent + full cabin near GVM
Roof
Prefer none
Payload
People-first

Electrical & dual-battery

A DC-DC charger is mandatory on post-2015 / smart-alternator vehicles and for any lithium battery; a VSR isolator only suffices on older fixed-alternator AGM setups.

Light use

Lights + phone charging, occasional radio.

Best for

  • Quality start battery
  • Small AGM + low-voltage cutoff if a fridge

Avoid if

  • You run a fridge overnight off the start battery
Charge
VSR (older)

Fridge + lights

Weekend loads.

Best for

  • ~100 Ah AGM or ~80 Ah LiFePO4
  • DC-DC charger on post-2015 / smart alternators

Avoid if

  • VSR on a smart alternator (won't fully charge)
Charge
DC-DC

Heavy / expedition

LiFePO4

Fridge + inverter + camp + winch.

Best for

  • LiFePO4 150–200 Ah + 40 A DC-DC
  • 100–200 W solar top-up
  • Winch on its own circuit

Avoid if

  • Sub-zero charging without a heated BMS
Charge
DC-DC + solar

Roof & storage

Every kilogram on the roof raises your centre of gravity and rollover risk. Keep heavy items low; reserve the roof for light, bulky things.

Ground tent

Keeps weight and CoG low.

Best for

  • Family / heavy cabins
  • Off-camber Himalayan routes
  • Budget builds

Avoid if

  • Wet/rocky ground where off-ground sleeping matters
Roof load
Zero

Roof-top tent

Fast, off-ground sleeping.

Best for

  • Wet/rocky/sandy ground
  • Quick camp setup

Avoid if

  • Tent + rack exceeds your DYNAMIC roof rating
  • Heavy off-camber trails
Watch
Dynamic limit + CoG

Cargo basket / flat rack

Light, bulky items only.

Best for

  • Traction boards, chairs, bags
  • Spare-tyre / jerry mounting (rack)

Avoid if

  • Heavy items — keep water/batteries/tools low
Rule
Light + secured

Crunch your numbers

Enter your own figures — nothing is pre-filled or fabricated.

Payload calculator

Enter your vehicle's kerb weight and GVW from the manufacturer specification sheet, then fill in your expected load. No specs are pre-filled — enter your own figures.

Enter kerb weight and GVW (from your manufacturer spec sheet) to see your payload headroom.

GVW and kerb weight figures come from the manufacturer specification sheet. After-market accessories and modifications — lift kits, roof racks, winches, bull bars — add to kerb weight and reduce your payload headroom. Fuel weight is not included above; add approximately 0.75 kg per litre of tank capacity for a conservative estimate.

Fuel-range calculator

Off-road economy is much worse than the highway figure. Enter your tank, reserve and real economy, pick your terrain, and get a conservative safe-refuel distance for remote routes.

Enter your tank capacity and real highway economy to see your off-road range.

Terrain factors are indicative real-world figures — actual economy varies with vehicle weight, tyres, altitude and driving style. Always confirm your tank capacity and reserve from your vehicle documentation.

Winch-size calculator

Under-sizing a winch is dangerous. Enter your vehicle's GVM (gross vehicle mass, from the compliance plate / RC) and pick your use case to get the minimum line pull and a recommended winch class.

Enter your vehicle's GVM to size a winch.

The 1.5× / 2.0× GVM rule is standard winch-manufacturer guidance. GVM is vehicle-specific — confirm yours from the compliance plate or registration certificate before buying. Recovery is high-risk: use rated gear and correct technique, and get trained.

Safety, ownership & compliance(loading, recovery, legal & maintenance)

Tyre pressure & terrain

Pressures affect traction and flotation — always reinflate before highway speeds.

  • Highway: keep manufacturer-recommended pressure. Gravel/rock: slightly reduced only where suitable, for traction.
  • Sand: lower pressures improve flotation — air down carefully.
  • Always reinflate to road pressure before returning to sustained highway speeds.

Recovery kit priority

Build in order — essentials first.

  • Rated recovery points on the vehicle; tyre repair kit and plugs; compressor and gauge.
  • Recovery/kinetic rope, soft shackles and a snatch block; traction boards and a shovel.
  • A winch is close to essential for solo or remote travel.
  • Carry a suitable fire extinguisher that is easily accessible from outside the vehicle.
  • Avoid travelling alone on remote routes unless you carry suitable communication equipment and have a realistic self-recovery plan.

Water, fuel & food

  • Plan drinking water for climate, altitude, activity and possible delays, and identify reliable refill points before departure rather than relying entirely on carried water.
  • Calculate fuel reserves for detours, difficult terrain, idling during recoveries and closures. Carry fuel only in approved containers, keep it away from ignition sources, secure containers against movement and check regularly for leaks.
  • Store food separately from fuel and chemicals; audit total weight (food + water + fuel) against payload before departure.

Navigation & communication

  • Carry offline maps or downloaded GPX routes plus a paper backup — assume no internet.
  • Tell a trusted contact your route and expected return time.
  • A satellite communicator or emergency beacon is recommended for remote routes.

Inspections & electrical

Extended travel stresses systems commuting never does.

  • Pre-trip: engine oil, coolant, brake fluid, belts, hoses, suspension, wheel bearings, brake pads, tyres, battery and recovery points — fix faults before leaving.
  • Dual-battery setups generally need a DC-DC charger on modern smart-alternator vehicles (a simple isolator suits older fixed-alternator vehicles); fuse every positive cable close to the terminal and use the correct gauge.
  • In sub-zero regions, choose a battery chemistry rated for cold charging.
  • Post-trip: wash mud from the chassis and suspension, inspect tyres and suspension, check recovery gear, dry straps and re-torque mounts. If deep water was crossed, also inspect wheel bearings and check driveline oils for water contamination.

Load safety & legality

Payload and roof limits are safety and legal rules, not guidelines.

  • Payload = the vehicle's rated Gross Vehicle Mass minus its kerb weight — read the door placard, not a guide; build a weight budget before buying gear.
  • Exceeding the manufacturer's approved weight limits may be unlawful, can affect insurance and creates liability.
  • Distribute cargo to stay within both the total vehicle weight and the individual front and rear axle load ratings — being under GVM isn't enough.
  • Roof load has a much lower dynamic (driving) limit than the static (parked) limit — confirm yours, include the rack, awning, brackets and accessories (not just the tent), and keep heavy items low to limit rollover risk on off-camber trails.
  • Significant permanent expedition loads may need appropriately rated suspension — but suspension upgrades do not increase the manufacturer's approved payload.
  • For family touring, ensure child restraints stay securely installed and aren't obstructed by drawer systems or cargo.
  • Ensure all modifications, weights and equipment comply with applicable regulations, and consult your manufacturer and insurer about significant modifications.

Informational guidance only — not professional advice or a safety guarantee. Follow your vehicle and component manufacturers' instructions, verify against current local regulations, and consult a qualified specialist for safety-critical work.

Where to next

Buy it · get it installed

Advanced technical notes — the complete overlanding setup reference(deep dive)

Payload & GVM — the rule everything follows

Available payload = GVM − kerb weight. People, accessories, fuel, water and gear all count. Read your own vehicle's kerb weight and GVM off the door placard or registration certificate — variants differ, sometimes by 100–200 kg. Exceeding the manufacturer's approved weight limits may be unlawful, can affect insurance, and creates liability in a crash. Staying under GVM isn't enough — keep within the individual front and rear axle load ratings too. Build a weight budget before you buy, not after.

Roof load — dynamic vs static

The manufacturer's dynamic roof rating (while driving, often ~50–100 kg — confirm yours) is far lower than the static (parked) limit. A roof-top tent plus rack can consume most of the dynamic budget on a mid-size SUV. Rough terrain briefly multiplies roof forces, so drive slowly with a roof load; use the lower of your vehicle's and your rack's rating.

Electrical & dual-battery

A dedicated service battery runs the fridge and lights without stranding the start battery. Use a DC-DC charger on any post-2015 / smart-alternator vehicle and for any LiFePO4 — a VSR isolator only charges properly on older fixed-alternator AGM-to-AGM setups. AGM gives ~50% usable capacity; LiFePO4 gives ~80–100% and half the weight but must not be charged below 0 °C without a heated BMS (matters for Ladakh/Spiti). Fuse every positive cable within ~300 mm of the terminal and match cable gauge to the current and run length.

Fuel & water range

Off-road economy can be 30–65% worse than highway. Plan ~3–5 L of drinking water per person per day (more with cooking/hygiene), and identify the longest gap between fuel stops on your route. Carry the shortfall in jerry cans — every litre of diesel is ≈0.84 kg of payload. The fuel-range calculator above does the maths for your figures.

General guidance for India conditions. Always confirm your vehicle's official ratings from the manufacturer documentation, and have any electrical or structural work done by a qualified professional.