Free standard delivery on UK orders over £20

0

Your Bag is Empty

Tigra FitClic Neo Motorcycle Kit for iPhone 6-6s-7-8

SKU: TE0238

Thanks to a smart combination of small magnets, FitClic Neo is nearly 4 times easier to use and 2.5 times more secure than similar mounting systems in the market* while leaving intact the phones most critical functions**. All you need to do is to place your FitClic Neo phone case or U-TAG near the mount, and the system will do the rest like magic. Once locked, the only way to release is to rotate the lever on the mount, and all can be done with only one hand.
This Kit contains 1 FitClic Neo case for iPhone 6/6s/7/8 and 1 Motorcycle Ball Mount.
Case;
Model code: FN-IPH68
Designed to fit iPhone 6/6s/7/8 with over-sized opening for charging and headphone connectors
Composite construction with polycarbonate core in soft TPU shell
Shock-absorbing space frame structure
Raised edges protect touchscreen from scratch
Slim, pocket-friendly flat back design
Works with all FitClic Neo mounts and accessories
Weight: 47
Dimensions: 141.7 x 72.1 x 14.5mm (adding 3.3 x 4.8 x 7.2mm to the phones dimensions)
Motorcycle Ball Mount
Model code: FN-MM
Ball size 17mm (TECHMOUNT compatible)
With exchangeable spacers to adapt to bar sizes from Ø20 to Ø30.5 (¾ to 1?)
Engineering plastics construction
Ball joint with oversized knob for easy adjustment of viewing angles
High-precision threads ensure tightening and releasing of knob are smooth
Once knob is tightened, phone stays firm and stable on mount even underdemanding road conditions
With Goof-ProofTM lock for extra security
Works with all FitClic Neo cases and U-TAG
Weight: 88.1g
Package includes mount, spacers, silicone pad, screws
* Based on a study on 8 common phone-specific mounting systems in the market comparing the total time required to successfully attach the phone case on the mount as well as the maximum force the system can resist before sending the phone to the ground.
** These include the storage and access of data, all wireless communication functions, and the compass. Inductive wireless charging might be hampered.