Building a Pioneering Stretcher: Scout Pioneering Guide

A pioneering stretcher is a temporary structure made from poles and rope lashings, traditionally used to demonstrate pioneering and emergency-response skills.

A homemade pioneering stretcher should not be treated as a certified rescue device. For training, it can be built and used with a suitable, uninjured volunteer under close supervision. A real casualty should only be moved when necessary, using appropriate equipment and people with the relevant training.

The stretcher should be strong, stable and comfortable enough for its intended training purpose, with every lashing checked before use.

What You’ll Learn

You’ll learn how to construct a basic stretcher using two long poles and a series of rope lashings.

You’ll practise securing a framework, creating a supporting surface and checking a pioneering structure before applying a load.

You’ll also learn an important emergency-care principle: building a stretcher is different from deciding whether someone should be moved.

Equipment

You’ll need two long, strong pioneering poles for the sides and suitable rope for the lashings.

Additional shorter poles can be used to create cross supports.

You’ll also need a suitable working area with enough room to construct and inspect the stretcher safely.

Use only clean, sound rope and poles without significant damage.

Prerequisites

A working knowledge of the square lashing and clove hitch is useful.

Scouts should also understand basic first-aid principles, particularly that an injured person should not be moved unnecessarily.

This is a pioneering construction exercise, not a substitute for first-aid or casualty-handling training.

Instructions

1. Choose a Safe Working Area

Build the stretcher on level, clear ground.

Remove unnecessary obstacles from the working area.

If you intend to demonstrate carrying it, choose a route that is short, level and free from trip hazards.

2. Inspect the Poles

Choose two poles of suitable length and strength.

Check them carefully for cracks, splits, rot or other damage.

The poles form the main structure, so don’t use anything that could reasonably be expected to fail under load.

3. Position the Main Poles

Place the two long poles parallel to each other.

Leave enough space between them for the intended user.

Keep the poles aligned throughout construction.

The distance between them should be consistent rather than gradually becoming wider or narrower.

4. Prepare the Cross Supports

Select shorter poles that will run between the two main poles.

These will support the body of the stretcher and help keep the long poles correctly spaced.

Position them at regular intervals along the length.

5. Attach the First Cross Support

Use an appropriate lashing to secure the first cross pole to both main poles.

A square lashing is commonly suitable where the poles meet at right angles.

Make the lashing neatly and finish it securely.

Don’t move on simply because the poles appear to be held together. Check that the joint is properly constructed.

6. Add the Remaining Cross Supports

Work along the stretcher, attaching the remaining cross poles.

Keep the spacing reasonably consistent.

Check each joint as it is completed.

The finished framework should remain rectangular rather than twisting into a parallelogram.

7. Add Longitudinal Support if Required

Depending on the design, additional rope or poles can be used to provide support along the length of the stretcher.

This can improve stability and distribute loads.

Follow the design being taught rather than adding random pieces of rope or wood without considering how they affect the structure.

8. Create the Supporting Surface

A rope lattice can be constructed between the two main poles to provide a flexible supporting surface.

Use suitable rope and maintain consistent tension.

The surface should support the volunteer without creating large gaps or uncomfortable pressure points.

9. Check the Ropework

Inspect every lashing and section of rope.

Look for loose wraps, poorly finished knots, damaged rope or areas where the rope is likely to slip.

A pioneering stretcher depends on multiple connections, so one poorly constructed joint can compromise the whole structure.

10. Check the Shape

Stand back and inspect the stretcher.

The two main poles should remain parallel and the cross supports should be secure.

Check that the structure hasn’t twisted or become distorted during construction.

11. Test It Without a Person

Before putting anyone on the stretcher, apply a small amount of load in a controlled manner.

Watch for movement in the poles and lashings.

If anything shifts unexpectedly, stop and correct the problem.

Never use a person as the first test load.

12. Carry Out a Supervised Test

For a training exercise, use an uninjured volunteer and keep the stretcher close to the ground.

Have several people positioned to support and control it.

Lift only a small distance and check how the structure behaves.

If there is any sign of instability, lower it immediately.

13. Practise Communication

Carrying a stretcher requires clear communication.

One person should coordinate the movement so that everyone lifts, walks and lowers the stretcher together.

Commands should be simple and understood by everyone before the exercise starts.

14. Keep the Route Simple

For training, don’t carry the stretcher across obstacles simply to make the exercise more impressive.

Use a short, level route.

Real casualty movement requires proper assessment of the terrain, casualty condition, equipment and number of people available.

15. Lower It Together

When finishing the exercise, the person coordinating the movement should give a clear instruction before everyone lowers the stretcher.

Don’t allow individual carriers to put it down independently.

16. Inspect After Use

Check the rope and poles again after the exercise.

Look for loosened lashings, damaged rope or changes in the shape of the structure.

A stretcher that was secure before use shouldn’t automatically be assumed to be secure afterwards.

17. Dismantle Carefully

Remove the lashings systematically.

Don’t cut ropes while the structure is under load.

Keep people clear of the stretcher as the framework is dismantled.

18. Store the Equipment

Clean and dry the rope and poles as appropriate.

Store them correctly and separate damaged equipment from serviceable equipment.

Pioneering Stretcher Design

There are several ways to construct a pioneering stretcher.

The simplest designs use two long poles with cross supports and a rope lattice or other supporting surface.

More elaborate designs may use additional poles and lashings to improve rigidity.

For a Scout pioneering exercise, simplicity is usually preferable. The aim is to develop accurate ropework and teamwork rather than create an unnecessarily complicated structure.

Pioneering Stretcher and First Aid

A pioneering stretcher can be useful for teaching the difference between first-aid knowledge and improvisation.

If somebody is injured outdoors, the first priority is to assess the situation and provide appropriate first aid.

Moving a casualty is not automatically the correct response.

If they are in immediate danger, moving them may be necessary. Otherwise, it may be safer to keep them still, protect them from the environment and summon appropriate help.

A pioneering stretcher should never encourage Scouts to practise moving one another as though they were real casualties.

Teamwork

This project works particularly well as a patrol activity.

One group can prepare the poles while others prepare rope lengths and begin the lashings.

Once the framework is complete, the whole patrol can inspect it together.

The carrying exercise also demonstrates the importance of communication: everyone needs to know when to lift, move and lower.

Final Tip

A pioneering stretcher is a useful way to combine ropework, construction and emergency awareness, but don’t confuse a pioneering exercise with real casualty rescue.

Build it carefully, inspect every joint and keep training exercises low-level and controlled.

Most importantly, remember that a stretcher is a means of moving a casualty, not a reason to move one. In a real emergency, the casualty’s condition and the circumstances determine whether movement is appropriate.