For families in the United States, a buggy board can help an older child ride behind a stroller when walking gets tiring. The safest way to get one is to use a board made for your exact stroller model and follow the stroller maker’s weight and use limits. A homemade riding board is harder to make safe because it can affect balance, braking, folding, and the stroller frame.
If you still plan to make one, treat it as a custom engineering project—not a simple wood-and-wheel craft. Build a full-size non-riding mock-up first, check the design against the stroller manual, and do not carry a child until the connection, deck, wheels, and stroller stability have been professionally assessed.
What a buggy board does
A buggy board, also called a stroller board or ride-on board, is a small platform that attaches to the rear of a stroller. An older child stands on the platform while a younger child remains in the stroller seat.
Most boards have:
- A standing deck
- Two or more wheels
- A frame or support bar
- Connectors that attach to the stroller
- A non-slip surface
- A way to keep the board from swinging into the stroller wheels
The board changes the stroller’s center of gravity. It also adds weight behind the rear axle. That can make the stroller harder to push or more likely to tip backward, especially on a curb, slope, or rough sidewalk.
That change is why a board that looks strong may still be unsafe. The attachment must handle movement in several directions, not just the child’s downward weight.
The U.S. Consumer Product Safety Commission regulates stroller products under federal rules that include 16 CFR Part 1227. ASTM F833, the standard for carriages and strollers, also covers safety issues related to stroller design. A homemade board has not been tested or certified under those standards.
The safest option: adapt a tested board
The safest practical approach is to buy a board that the stroller manufacturer approves. You can then adjust the connector position or handle height only within the maker’s instructions.
Before buying or adapting a board, check:
- The exact stroller brand and model.
- The stroller’s maximum load and age limits.
- The board maker’s approved stroller list.
- The board’s maximum child weight.
- Whether the stroller can still fold with the board attached.
- Whether the stroller brake remains easy to use.
- Whether the child can stand without blocking the stroller handle.
- Whether the board affects the stroller’s rear wheels.
Do not assume that a “universal” connector fits every stroller. Stroller frames vary in tube shape, width, wheel position, brake design, and folding movement.
A board made for one stroller may place too much stress on another. The words “universal fit” describe the connector range, not proof that every stroller remains stable with the board attached.
Materials for a homemade prototype
Do not begin with a child standing on the board. First make a non-riding prototype to check clearance and movement.
For a basic mock-up, you may need:
- Cardboard or thin scrap material for a full-size template
- A smooth board or panel for visual fit checks
- A straight support bar
- Rounded edge trim
- A non-slip rubber or textured surface
- Two temporary caster wheels for fit testing only
- Clamps or removable straps
- A tape measure
- A square and marker
- A file or sandpaper
- A spring scale or luggage scale for basic pull checks
For any final riding product, ordinary household parts are not enough. Avoid:
- Zip ties as the main attachment
- Rope or elastic cord
- Thin plastic that can crack
- Furniture casters
- Unrated hose clamps
- Sharp bolts that face the child
- Loose plywood edges
- Adhesive alone as a structural joint
- Parts with unknown load ratings
The final materials must resist repeated bending, vibration, moisture, and impact. A deck can support a child in a still position yet fail when the child steps on one edge or the stroller rolls over a crack.
How to design a buggy board
1. Measure the stroller
Measure the stroller before choosing the board shape.
Record:
- Distance between the rear frame tubes
- Height of the frame above the ground
- Distance from the rear axle to the attachment point
- Rear wheel diameter and width
- Brake lever position
- Folding hinge locations
- Space between the stroller seat and handle
- Ground clearance beneath the stroller
Also inspect the stroller manual. Look for statements about:
- Added accessories
- Maximum basket or frame loads
- Ride-on boards
- Approved attachments
- Folding with accessories installed
- Warranty limits
If the manual says not to attach a ride-on board, do not override that instruction with a stronger clamp. The restriction may relate to balance or frame movement rather than connector strength.
2. Make a cardboard template
Cut a cardboard deck to the planned length and width. Round the front and side corners.
Hold the template behind the stroller while the stroller is empty. Check that:
- The board does not touch either rear wheel.
- The board does not block the brake.
- The stroller can move through a normal turn.
- The child’s feet have room to stand.
- The adult can walk without kicking the board.
- The handle remains comfortable to hold.
- The stroller does not need to lean backward to clear the board.
Do this test on a flat floor first. Then repeat it near a curb or small change in level without placing a child on the template.
A shorter deck may improve walking clearance, but a very short deck can leave too little standing room. A wider deck may feel stable but can hit the stroller wheels or reduce turning space.
3. Keep the attachment low and balanced
The attachment should connect to strong parts of the stroller frame. Do not clamp to:
- A fabric seat
- A plastic storage basket
- A brake cable
- A folding hinge
- A thin cosmetic tube
- A handle that moves independently from the frame
The connection should hold the board in its intended position while allowing the stroller to turn. It must not force the rear frame inward or twist one side more than the other.
Use matching attachment points on both sides when the stroller design allows it. A single central connection may swing or twist unless the stroller and board were designed for that arrangement.
Do not drill into the stroller frame. Drilling can weaken the tube, damage internal parts, and void the manufacturer’s warranty.
4. Build a smooth, rounded deck
Use a stiff panel with no cracks, splinters, or sharp corners. Seal wood against moisture if wood is used for a prototype, but remember that a coating does not make an untested design safe.
Round every exposed edge. Cover bolt ends and place fasteners so that the child cannot strike them with a foot.
Add a surface that stays grippy when wet. A smooth painted board can become slippery from rain, mud, or damp shoes. Do not use loose mats that can curl or slide.
The deck should not flex noticeably when pressed by hand. However, stiffness alone is not proof of safety. The attachment and wheel supports are often the parts that fail first.
5. Use suitable wheels and wheel supports
The wheels must roll freely and stay aligned. They should not wobble under load or catch on small sidewalk cracks.
A buggy board usually works best with wheels that:
- Turn smoothly
- Have protected bearings
- Have a strong axle
- Stay clear of the deck
- Do not rub the stroller wheels
- Keep the deck level during normal use
Avoid swivel casters unless the entire design accounts for them. A freely swiveling wheel can turn sideways when the board crosses a crack. That may cause a sudden stop or throw the child forward.
The wheel supports must be fixed firmly to the deck. A bolt through thin material may pull through under a sudden load, even if the wheel itself has a high rated capacity.
6. Create a secure connection
The connector is the most important part of the design. It must resist:
- Downward force
- Side-to-side movement
- Forward pull during braking
- Backward force when the child steps on
- Repeated vibration
- Twisting during turns
A strap can hold a board in place during a slow test, but it may stretch or shift during use. A clamp can crush a thin frame tube. A bolt can loosen from vibration. Each type has a different failure mode.
Use a locking method that cannot open from ordinary movement. If the connector uses a pin, the pin should have a retaining feature. If it uses a clamp, inspect the frame for crushing or slipping after every test.
Never rely on a safety tether as the main structural connection. A tether may stop a board from rolling away after a failure, but it does not prevent a fall.
How to test the board before use
Testing should happen in stages. Do not start with a child.
Stage 1: Fit and clearance test
Attach the empty board and push the stroller slowly indoors or on a smooth, flat surface.
Check for:
- Wheel rubbing
- Frame flex
- Connector movement
- Brake interference
- Contact with the adult’s feet
- Changes in handle position
- Unexpected stroller tilt
- Noise from loose parts
Stop if the board moves more than intended or if the stroller feels harder to control.
Stage 2: Static load test
Use a load that matches the child’s expected weight only as a rough design check. A sandbag or water container is easier to control than a person.
Secure the test load so it cannot fall. Place it near the center of the deck, then near each edge while the stroller is stationary.
Look for:
- Deck bending
- Cracked material
- Loose bolts
- Connector slip
- Wheel distortion
- Frame damage
- Stroller tipping
This test does not prove that the board is safe. It only finds obvious weakness while the stroller is still.
Stage 3: Movement test without a child
Push the stroller slowly on a clean, flat surface. Test gentle turns and gradual stops.
Do not test first on:
- Stairs
- Curbs
- Hills
- Gravel
- Wet pavement
- Crowded sidewalks
- Roads or driveways with traffic
After each short test, inspect every connector and wheel. If a fastener has moved, the design needs improvement.
Stage 4: Professional review
A homemade child-carrying product should be reviewed by a qualified product-safety engineer or mechanical engineer before use. Ask for a review of:
- Static and dynamic loads
- Frame stress
- Attachment strength
- Tip resistance
- Wheel and axle design
- Fastener retention
- Child contact hazards
- Failure conditions
A general handyman or woodworker may build a neat platform but may not be able to assess stroller stability or dynamic loading.
Signs that the design is not safe
Stop using the board if you notice any of these signs:
- The stroller tips backward more easily.
- The board swings from side to side.
- A connector slips during a turn.
- The deck touches a rear wheel.
- The stroller brake becomes hard to reach.
- A wheel vibrates or points sideways.
- A bolt loosens between checks.
- The deck cracks or flexes.
- The stroller folds or partly folds while the board is attached.
- The child must hold the stroller handle to stay balanced.
- The child’s feet can reach the wheels.
- The adult must walk around the board to push.
Do not solve these problems by simply adding more straps. More straps may hide movement without fixing the cause.
How to use a buggy board more safely
Even a tested board needs careful use.
- Follow the board’s stated age and weight limits.
- Use the stroller brake before the child steps on or off.
- Keep one hand on the stroller when the child is riding.
- Use the board only on surfaces suitable for the stroller.
- Walk slowly near curbs and door thresholds.
- Do not let the child jump on the board.
- Do not allow more than one child to ride.
- Keep the child’s feet away from wheels and axles.
- Do not use the board on stairs or escalators.
- Remove the board if it blocks folding or storage.
- Inspect the connectors before every trip.
- Check fasteners often during the first few uses.
A ride-on board is not a substitute for a stroller seat with a harness. If the child is tired, unsteady, or unable to stand safely, use a seat, carrier, or another transport option.
Homemade board versus a commercial board
| Option | Main benefit | Main concern | Best fit |
|---|---|---|---|
| Manufacturer-approved board | Tested fit and documented limits | May cost more and may not fit every model | Most families |
| Used commercial board | Lower cost | Wear, missing parts, or recall risk | Buyers who inspect it carefully |
| Custom adapter for a tested board | May solve a narrow fit issue | Can change frame loads and void approval | Engineer-reviewed projects |
| Board built from raw materials | Full control over size and parts | No established safety data or fit certification | Prototyping only unless professionally assessed |
If buying used, check the model number, instructions, recalls, connector condition, wheel wear, and missing hardware. Do not buy a board with a cracked deck or unknown modifications.
You can search the CPSC recall database for both the stroller and board. The recall database is useful for known hazards, but a product not listed there is not automatically safe.
Common mistakes to avoid
Making the deck too long
A long deck may give the child more room, but it can hit the adult’s feet and increase leverage on the stroller frame.
Using one weak attachment point
One loose clamp can allow the board to twist. Balanced attachment points are usually easier to control, but the stroller manual must allow the connection.
Testing only the weight
A still load does not copy stepping, braking, turning, or hitting a crack. Movement creates changing forces.
Ignoring the brake
A board can block a foot brake or place a child close to a moving brake lever. Check brake access before every use.
Assuming a low board cannot tip
A low deck may reduce the child’s center of gravity, but the board can still shift the stroller’s overall balance. Rearward leverage matters too.
Leaving the board attached while folding
Some strollers can fold with an approved board. Others cannot. Never force a fold with the board attached.
Adding a seat to a standing board
A seat changes the child’s position, weight distribution, and fall risk. Do not convert a standing board without a design specifically approved for that use.
Frequently asked questions
Can I make a buggy board from plywood?
You can make a plywood prototype to check size and clearance, but plywood alone does not make a safe ride-on board. The wheel mounts, attachment system, frame stress, and stroller stability also need to be assessed.
What size should a homemade buggy board be?
There is no safe universal size. The deck must fit the child’s feet while staying clear of the stroller wheels, brake, frame, and adult’s walking path. Use the stroller manual and a full-size template rather than copying a size from another model.
How much weight can a buggy board hold?
Use only the weight limit stated by the board manufacturer. A homemade board has no verified capacity unless it has been properly tested. The stroller may have a separate lower limit that controls the safe combination.
Can I attach a board with zip ties?
No. Zip ties may help hold a temporary fit-check model, but they are not suitable as the main connection for a child-carrying board. They can stretch, shear, or break without giving much warning.
Can a child sit on a standing board?
Not unless the board and seat are designed and approved for that use. Sitting changes the load position and may make the stroller less stable. A child should not sit on a board intended only for standing.
What is the safer alternative to making one?
Use a board approved for the exact stroller model, or choose a stroller with an integrated standing platform or a second seat. These options provide clearer instructions and known limits.
Key takeaways
- A homemade buggy board can affect stroller balance, braking, and frame strength.
- Start with a cardboard or non-riding prototype.
- Never attach the board to fabric, hinges, brake parts, or weak plastic.
- Do not use zip ties, rope, or adhesive as the main structural connection.
- Test fit, clearance, static load, and movement before considering use.
- Follow the stroller and board manufacturer’s limits.
- For a custom riding board, get a qualified engineer to review the design.
- The safest choice for most families is a manufacturer-approved board.
Conclusion
Making a buggy board is possible as a design exercise, but making one safe for a child is much harder than building a platform with wheels. The stroller and board work as one system, so the key issues are balance, attachment strength, braking, wheel clearance, and movement over uneven ground.
For everyday use in the United States, choose a board approved for the stroller model whenever possible. If you continue with a custom design, build and test a non-riding prototype first, stop at the first sign of instability, and seek professional review before a child stands on it.
