JH
Bumper cars are one of the highest-return attractions in a family entertainment center: short ride cycles, high throughput and low staff cost. But they are also a system purchase — car, arena, power supply and ceiling — and mistakes in the arena are expensive to correct later.
Three ways to power a bumper car
| System | How it works | Best for | Watch out for |
|---|---|---|---|
| Overhead grid (skynet) | A suspended steel grid feeds power through a pole on each car | Classic fixed indoor arenas with good ceiling height | Grid height and ceiling structure must be planned before construction |
| Floor pickup | Conductive floor strips or plates feed the car from below | Low-ceiling venues, shopping malls, retrofits | Floor build-up and maintenance access |
| Battery powered | Each car carries its own battery | Temporary events, venues without fixed power, mixed-use spaces | Charging routine and spare battery rotation |
We build all three configurations and the car bodies are shared across them, so the decision is really about your venue. Send us the room dimensions and ceiling height and we will tell you which system fits.
Sizing the arena and the fleet
Two numbers decide your capacity: the arena floor area and the number of cars. As a planning guide, allow around 8–12 m² of floor per car for comfortable driving, and keep at least 1.5 m of clear space between the driving area and the wall or barrier.
| Arena floor | Typical fleet | Ride cycle | Practical notes |
|---|---|---|---|
| 100–150 m² | 8–12 cars | 2–3 min | Mall and small FEC size |
| 200–300 m² | 14–20 cars | 3 min | Standard dedicated arena |
| 400 m² and above | 24–30 cars | 3–4 min | Theme park / flagship FEC |
Fleet size is a balance: too few cars and guests wait, too many and the arena becomes a traffic jam where nobody can move. Running a mixed fleet (adult cars plus smaller kids' cars) usually gives better utilisation than a single car size.
Ceiling height, floor and power
- Ceiling height: for an overhead grid system plan the grid above the driving plane with safe clearance for the tallest rider plus the pickup pole — send us your drawing and we will return a marked-up version.
- Floor: smooth, level and sealed. Concrete is fine if it is flat; a coated floor is easier to clean and looks better under LED lighting.
- Power: ask your electrician for the supply based on the car count — the total connected load is confirmed in our technical sheet, not guessed by the builder.
- Lighting and sound: LED spot lighting plus a music system lifts the perceived value of the ride far more than a fancier car body does.
Sizing the investment
A simple way to sanity-check any quote: work out revenue per hour and compare it with the total project cost. Example (illustrative numbers — replace with your own ticket price): a 16-car arena with a 3-minute cycle and 12 riding guests per cycle gives roughly 240 rides per hour at full load. At a ticket price of USD 3, that is about USD 720 per hour of gross revenue in a busy period. Against a landed project budget, most operators look for payback inside 12–24 months of normal weekend-heavy operation.
Maintenance and safety routine
- Daily: visual check of the pickup pole/shoe, tyres, bumper ring and seat belt, plus a test lap before opening.
- Weekly: grid or floor strip inspection, fastener torque check, cleaning of contact surfaces.
- Monthly: motor and drive check, brake/parking function, electrical insulation test.
- Annually: full inspection with documentation — keep the file, local inspectors ask for it.
Why operators buy from a factory
Bumper cars are a body, a chassis and an electrical system, and all three are produced in house at our Henan base. Buying direct means you can specify the theme, colour and fleet mix, receive spare parts with the shipment, and get the arena layout drawing before you pour the floor.
We supply 19 bumper car models from single-seat kids' cars to heavy-duty multi-seat cars — with arena design support, or as cars only if you already have a hall.
