The electric moped for the comfortable golfer. Attach the golf bag to the holder, jump up and slide your way to the first hole. The strong engine takes you up the steepest slopes of the course in no time. If you are short of time, you can play a nine-hole course in one hour or a full round in 2-3 hours. With wide and finely patterned grass decks, you can get around everywhere while the grass is spared.
Motor: 250 W
Speed: 25 km / h
Battery: 60 V, 20 AH
Range: 30–40 km
22999 krInk. moms
Golf bag holder
A unique vehicle with holder for golf bags up to 150 cm in height and 50 cm in width. Straps to secure your golf bag are included in the price.
We have developed a wide 18.5 cm tire with a smaller pattern. Enough for you to overcome all obstacles and at the same time gently against the grass.
With the strong motor of 2000 W, you can handle steep slopes and narrow terrain. The recommended maximum load is 110kg.
|Product name||ECOGLIDER E-MOPED MT1 TRIO GOLF|
|Klassification||Unregistered vehicle (gated / private area only)|
|Maximum speed||25 km/h|
|Engine location||Rear wheels|
|Reach (estimated)*||20-30 km|
|Reach (max)**||40 km|
|Battery power||60V, 20AH|
|Battery type||Lithium-Ion, Mipo|
|Battery life cycle||Up to 700 charges|
|Batteri charging time||5-7h per batteri|
|Shock absorption||Hydraulic shock absorber rear axle|
|Breaks front||Hydraulic disc brake|
|Breaks back||Hydraulic disc brake|
|Light front||Optional, not included|
|Light back||Optional, not included|
|Display||Indicator, ignition lock with key|
|Size||H: 106cm L: 147cm B: 63cm|
|Seat height||75-80 cm|
|Other||Golf bag holder included, recommended maximum width of golf bag 50cm. Quick release buckles to loosen and fasten.|
|Reach (estimated)*||The estimated range varies by several factors. Among other things, what level of assistance is set, the driving style of the driver, the ground, slope, maximum load, wind resistance, temperature and what capacity the battery has at the time. Reach (max) **|
|The maximum range shows the cover that can be run in optimal conditions and surfaces.|