1 / 4
SUNRA ROBO S Electric Scooter
- Puja actual
- Estado
€
Importe total de la puja máxima
Ver desglose total
Importe total de la puja máxima
Ver desglose total
€
Importe de la puja
Ver desglose total
Importe de la puja
Ver desglose total
Especificaciones del lote
- Cantidad
- 1
- Margen
- No
- Marca
- SUNRA
- Tipo
- ROBO S
- Condiciones de entrega
- Ex fundación-sin empaquetar
Descripción
The ROBO-S has two model 21700 lithium-ion batteries – chemical formula Li(NixMnyCo1-x-y) for
Lithium and Nickel, Manganese and Cobalt oxide batteries - made in SUNRA powering a high-powered
SUNRA brand capable of delivering 3000 W of power. The two batteries are removable, weighing 9.0 kg
each and work in parallel, guaranteeing an average range varying between 90-110 km depending on
load, outside temperature and riding mode (D1,D2,D3).
The maximum range certified by the parent company is 135 km (in ideal test conditions: speed
constant 45 km/h, driver weight of 75kg, flat ground, no start & stop, outside temperature
of 25°C, no wind).
The scooter can also be used with only one battery inserted. In about three and a half hours it is possible
Obtain a full charge of both batteries.
The batteries are managed by an "intelligent" system that allows you to regulate the discharge delivery as follows:
to balance their consumption to equalize the state of charge of both in a maximum range of 5%.
The large under-seat compartment is an important strength of the ROBO S compared to the scooters of the
competitors. In fact, both 72V20h batteries are positioned under the pedal set and ensure that the
The center of gravity of the scooter is very low.
The scooter is equipped with a good chassis, a double hydraulic shock absorber and a double disc brake.
The 3000W SUNRA brushless motor is placed on the rear wheel.
The scooter is also equipped with the CBS system that uses braking energy to recharge the batteries.
The chassis relies on hydraulic suspension and (combined) disc brakes with double-piston calipers.
Documentos
97 kg
CO₂e
Esta es la cantidad de emisiones de CO2 que podría ahorrar al comprar este artículo de segunda mano en lugar de nuevo.A modo de comparación, un vuelo Berlín - Lisboa corresponde a 169 kg CO₂e por pasajero.