ELECTRIC LEISURE KARTS

Chassis: BSR 2.0 Rental (Chromoly steel 32x2mm)
Body: ABS plastic 4-5 mm
Seat: Adjustable with a head defender (L, XL, XXL)
Steering wheel: 300mm or 320mm diameter
Protection: 10mm PE plastic (30mm polyurethane shock absorbers)
Battery: 35Ah / 48V Li-Ion (autonomy 30+ min)
QSB: Quick Swap Battery System (swap in 30 sec)
Power: Adjustable for each track
Top speed: up to 80km/h
Sensors: Overheating, braking
Charger: AC/DC 1,5kW (110-240V)
Brakes: Righetti hydraulic, 200mm disc (rear)
Rear axle: 30×1000 mm
Transmission: Timing belt (30x1000xM8)
Rims: Alloy (standard)
Kart weight: 135 Kg (including battery)

Chassis: BSR 2.0 Rental (Chromoly steel 32x2mm)
Body: ABS plastic 4-5 mm
Seat: Adjustable with a head defender (L, XL, XXL)
Steering wheel: 300mm or 320mm diameter
Protection: 10mm PE plastic (30mm polyurethane shock absorbers)
Battery: 35Ah / 48V Li-Ion (autonomy 30+ min)
QSB: Quick Swap Battery System (swap in 30 sec)
Power: 2kw-4kw nominal power (Adjustable for each track)
Top speed:  Up to 45 km/h (limited)
Sensors: Overheating, braking
Charger: AC/DC 1,5kW/ 2,5kW (110-240V)
Brakes: Birel ART, 200mm disc (rear)
Rear axle: 30×1000 mm
Transmission: Timing belt (30x960xM8)
Rims: Alloy (standard)
Kart weight: 105 Kg (including battery)

Reduce investment costs by approximately 30% by avoiding purchasing twice as many karts to accommodate fixed battery models. With a quick swap battery, one set of battery packs can be charged while another provides driving sessions. The battery swap is a widely adopted solution in the hand-held electric tool and is also being tested for electric vehicles. Additionally, Europe has mandated that by 2027, all mobile devices must have swappable batteries, affirming the sustainability and potential of this technology.

Reducing Pit-Lane space by about 40%, enabling you to expand your track in small or compact locations or reduce venue rental costs. The solution is particularly valuable in high-cost locations like shopping malls with limited space. You can save up to 7% of annual rental-related expenses, expand track size, and operate more karts in the same space.

Reduce electricity consumption costs by charging batteries outside of the karts. This approach provides a more even distribution of charging power, reducing peak load demands and saving up to 10% on electricity costs associated with karting operations.
Make the most of your karting business investment by choosing the BSR. With lower investment, space, and electricity costs, you can increase your profits.

BSR Karting is the perfect solution for small and medium-sized projects with limited space and budget. In such cases, the BSR system can provide the most effective solution. Quick Swap Battery System allows multiple rides per hour on a single kart, with battery swapping in seconds. After swapping battery lasts from 20-25 min. This means that the recommended ride length for one session is between 6-10 minutes, allowing for 2-3 ride sessions with just one battery swap.
Kart’s power level and other metrics are programmed on-site to adapt to the specific track characteristics, ensuring the best ride experience and maximum energy efficiency.

BSR system is one of the most energy-efficient karting systems worldwide, consuming on average 0.7 KWh of electricity per 10-minute ride, which amounts to about 0.20 Euro (0.25 USD) in energy costs. If one kart completes around 20 sessions per day, it would cost a total of 4.00 Euros (5.00 USD).
Depending on the track specifications, monthly service and repair costs for a single kart may range from 30-150 Euros. With better technical supervision and high-quality track planning, kart maintenance costs can be significantly reduced.