Transport AF+ Dual Front Tire Automatic Folding 4 Wheel Scooter -EV Rider

Color: Blue

Product variants

Quantity

Free Home Service

No Sales Tax

Fre Shipping

Transport AF+ Dual Front Tire Automatic Folding 4 Wheel Scooter -EV Rider

The EV Rider Transport AF+ scooter automatically folds up with your handheld remote. With the push of a button, it automatically folds in seconds! Approved for airline travel, the S19AF is equipped with an 11.5Ah lithium battery and weighs just 49 lbs. making it perfect for travel on planes, trains, and cruise ships. Due to its ultra-tight turning radius, this compact scooter offers great maneuverability in narrow spaces. It features a height-adjustable tiller, LED headlight, and dual hand two-way throttle control. It can be stored virtually anywhere and easily fits in the trunk of most automobiles. Just press the button and watch this innovative scooter unfold!

Features

Weight Capacity: 250 lbs.
Dual front tires for added stability
Upgraded 11.5Ah Lithium battery for longer driving range (pleased note all of our batteries including the lithium batteries are approved for airline travel)
On/Off switch located next to the charging port to safe battery power
An actuator lock on the folding mechanism for added safety

Specifications

Weight Capacity	250 lbs.
Product Weight	49 lbs.
Battery Type	11.5Ah Lithium
Maximum Speed	3.8 mph
Drive Range	10 Miles
Turning Radius	31"
Seat Width	15"
Seat Depth	12"
Seat Type	Padded Seat with Folding Back
Overall Length	33.5"
Overall Width	16.5"
Overall Height	30"-33.5"
Ground Clearance	1.4"
Front Wheel Size	6"
Rear Wheel Size	8"
Max Climbing Angle	3 Degrees
Frame Type	Folding
Seat Height	9"
Floor to Seat Height	19.7"
Folded Dimensions	30"L x 16.5"W x 17.7"H

(*) SPECIFICATION PERFORMANCE IS DETERMINED IN THE LABORATORY SETTING BASED ON IDEAL CONDITIONS (MINIMAL FRICTION, NO WIND AND CONTROLLED TEMPERATURE AND PRESSURE WITH AN AVERAGE STANDARD WEIGHT). ACTUAL PERFORMANCE WILL BE DIFFERENT THAN RESULTS OBTAINED DURING LABORATORY TESTING.(*) SPECIFICATION PERFORMANCE IS DETERMINED IN THE LABORATORY SETTING BASED ON IDEAL CONDITIONS (MINIMAL FRICTION, NO WIND AND CONTROLLED TEMPERATURE AND PRESSURE WITH AN AVERAGE STANDARD WEIGHT). ACTUAL PERFORMANCE WILL BE DIFFERENT THAN RESULTS OBTAINED DURING LABORATORY TESTING.