The Dahon Mu D10 10 Speed Folding Bike, 20" Wheels features an iconic Mu frame sitting on 20ā wheels, driven by wider tires. What more could you want?
This bicycle can really go the distance, and feel more stable on any adventure.
Watch how to fold and unfold your Dahon Mu bicycle!
Product Specifications:
| Frame | Lightweight Dalloy Aluminum Sonus Tubeset, Lattice Forged Hinge, w/ ViseGrip Technology |
| Fork | Lightweight and Responsive Dalloy , w/ Integrated Crown |
| Handlepost | Forged Aluminum Radius Telescope w/ Fusion Technology, Adjustable |
| Rims | 20" Lightweight Aluminum Double Wall w/ CNC |
| Front Hub | DAHON Custom 74 mm Compact Alloy, 20 Hole,Cartridge Bearings, Ultralight Design |
| Rear Hub | Ground racesļ¼labyrinth water sealļ¼10 spd cassetteļ¼Aluminumļ¼QR |
| Spokes | 14 g Stainless Steel |
| Tires | DAHON Custom 20"*1.75" |
| Cranks | Forged Aluminum 53 Tooth Chainring w/ Single CNC Guard |
| Bottom Bracket | Sealed Bearing |
| Chain | KMC 10Speed |
| Cassette | Sunrace 10 Speed, 11-32T |
| Front Derailleur | n/a |
| Rear Derailleur | DAHON Custom 10-Speed Rear Derailleur |
| Shifters | DAHON Custom 10-Speed Trigger Shifter |
| Handlebar | 6061 Aluminum Flat Bar, 580 mm Wide |
| Grips | DAHON Ergo Comfort |
| Headset | Fusion, Zero Stack, Cartridge Bearing |
| brakes | DAHON Custom V-brakes,Stainless Link,anchor and pivot bolts |
| Brake Levers | DAHON Custom 2.5 Finger Aluminum Lever |
| Saddle | DAHON Ergo Comfort |
| Seatpost | DAHON Custom 6061 Aluminum, 33.9 mm x 580 mm |
| Pedals | DAHON Foldable, PC Body, Aluminum Cage |
| Kickstand | Lightweight Aluminum |
Kindly note that bike specs are subject to change without notice, at full manufacturer's discretion. If there is a change, it will be minor such as cable color etc. You can reach out to us first if you want to confirm specs.
Attention: Before your first ride, you must have your bicycle thoroughly checked and adjusted by a professional bicycle technician. This final adjustment will activate your warranty and ensure that your bicycle is optimally adjusted for safety and performance.
