TAZ electric scooter Le pélican
- Brand: TAZ
- Product Code: Le Pélican
- Availability: 6
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2,945.00$
Available Options
Le Pélican electric scooter is well suited to people looking for a comfortable and spacious vehicle. It offers more legroom while providing you with great comfort with its captain's seat. Its independent front suspension and its rear spring suspension will charm you during longer trips. These large wheels guarantee good rolling stability. The space under the seat as well as a rear box offer a large storage space.
The Pelican is a reduced mobility scooter perfect for going grocery shopping. Equipped with a 60V / 800W differential motor and 5 12V / 23Ah batteries, the Pelican can go up to 32Km / h with a choice of three maximum speeds. Its independent front suspension and spring at the rear with its luxury captain's seat equipped with armrests, headrests and adjustable backrest for your greatest comfort. The quadriporteur contains disc brakes, LED lights, a digital dial console, an MP3 player and 15-inch tires (front, 90/70-10 rear 3.00-10). This vehicle has a 15° climbing angle and its distance per charge can go up to 60 km and a storage space under the seat is at your disposal. The Pelican has a load capacity of 310 lb. Its overall dimensions are 57 x 25.5 x 43.3 in and its weight including batteries is 302 lb.
* This vehicle does not require any license or driving license *
- Combined 800W / 60V rear differential motor
- Luxury captain's seat with armrests, headrest and adjustable backrest
- Under-seat storage and rear trunk with lock
- Radio, USB port, speakers and alarm system
- Handbrakes on the handles
- Disc brakes
- Forward/reverse switch
- Front and rear lights, brake lights, indicators, horn, adjustable mirrors
- 15-inch pneumatic wheels. Front: 90/70-10 Rear 300-10
- Weight with batteries: 302 lbs
- Load capacity: 310 lbs
- Maximum speed: 32 Km/h
- Three preset maximum speeds: 10, 20 and 30 Km/h (approximate)
- Maximum distance per charge: 60 Km (Distance varies depending on environmental conditions and load weight)