TO-GO Recovery Education

Kinetic Rope Selection Guide

Choose the right rope category for your vehicle and recovery situation.

A kinetic recovery rope should not be selected by diameter or breaking strength alone. The correct choice depends on vehicle weight, terrain, recovery resistance, recovery points, rope condition, and user experience.

TO-GO Kinetic Rope Selection Guide

Educational guide only — always consider vehicle weight, terrain, recovery resistance, recovery points, rope condition, and user experience.

Selection Guide

Recovery Rope Categories

TO-GO groups kinetic recovery ropes into simple categories to make selection easier and safer.

Light Recovery

Light Vehicles

ATV • UTV • Buggy • Very Light Vehicles

Best for lighter recovery situations. This category should not be used for heavy 4x4 vehicles.

Standard 4x4 Recovery

Most 4x4 SUVs

4x4 SUVs • Mid-size Pickups

Suitable for many common off-road vehicles used in sand, gravel, and general off-road terrain.

Heavy 4x4 Recovery

Heavy 4x4

Full-size Pickups • Loaded Vehicles • Demanding Recoveries

Best for heavier vehicles and more demanding recovery conditions such as deep sand or stronger resistance.

Important

Diameter Range Is Only a Guide

Rope diameter helps indicate the general strength and application range, but it should never be the only selection method.

Vehicle Weight The heavier the vehicle, the more force may be required.
Terrain Sand, mud, rocks, and slopes can change the recovery load.
Recovery Resistance A deeply stuck vehicle may require much higher force than expected.
Recovery Angle Incorrect angles can increase stress on the rope and recovery points.
Recovery Points Only use rated and suitable recovery points.
Rope Condition Damage, cuts, heat, or abrasion can reduce safety.
!

Tested Breaking Strength Is Not Vehicle Weight Limit

If a rope has a tested breaking strength of 11 tons, this does not mean it is suitable for recovering an 11-ton vehicle. The number represents the force at which the rope may break under controlled test conditions.

Recovery situations create different forces depending on terrain, resistance, stuck depth, angle, speed, attachment points, and rope condition.

Never treat tested breaking strength as the working load or vehicle weight limit.
Safety Factor

Why Safety Margin Matters

A safety factor is used to create a safer margin between the rope’s tested breaking strength and the expected recovery load.

As a general educational guideline, an approximate 3:1 safety factor is commonly considered when selecting kinetic recovery equipment.

This means the rope’s tested breaking strength should be significantly higher than the expected recovery load.

3:1

Approximate safety factor commonly used as an educational guideline for kinetic recovery selection.

Before Every Recovery

Inspect Before Use

Do not use the rope if you notice any of the following signs.

Visible cuts
Severe abrasion
Melted or burnt fibers
Damaged protective sleeve
Damaged eye or connection area
Unknown damage after a severe recovery

If the rope is damaged or you are unsure about its condition, do not use it.

TO-GO Recovery Education

Quick Knowledge Check

Answer a few safety questions and earn your TO-GO Recovery Aware badge.

Question 1 of 4 25%

1. Should a kinetic rope be selected by breaking strength alone?

A kinetic rope should be selected based on vehicle weight, terrain, recovery resistance, recovery points, and rope condition — not breaking strength alone.

2. Does tested breaking strength mean vehicle weight limit?

Tested breaking strength represents the force at which the rope may break under controlled test conditions. It is not the vehicle weight limit.

3. Which factors affect recovery load?

Recovery load changes depending on vehicle weight, terrain, stuck depth, recovery angle, attachment points, and rope condition.

4. Should a damaged rope be used?

A damaged rope may fail during recovery and can be dangerous. Always inspect before use.

TO-GO Recovery Aware