Navigation Mount Car GPS HUD Head Up Support Projection Display Holder OEM

Silicone Phone Holder Support Navigation Mount Car GPS HUD Head Up Support Projection Display Holder OEM

Installation :

1. Cleaning the surface on which is to be placed. It is generally recommend to clean the surface with dipped cloth. Then waiting for surface dry.

2. Peeling adhesive backing off carefully. Put foot onto chosen location and exerting proper pressure to make the bonding effective. waiting for 12 hours for glue to dry.

3. Jointing the base into the adhesive surface and exerting proper pressure to make the bonding effective after drying.

4. Putting phone on flat friction pad and adjusting organic reflective panel to appropriate angle according to personal preference,the recommended angle is 45 degrees.

5. Starting your car after opening the mobile navigation system and setting the proper route,most of the navigation systems contain a reflection mode.

Features:

1.Turns any smartphone into a head-up display (hud) for any car

2.Vehicle cell phone accessory works with any smartphone and hud apps

3.Reflects any hud-based app of your cell phone and displays it right in driver's line of sight

4.Glass transparency allows for a clear road view so you are not distracted from the actual road

5.The reflected image is discernible in any visibility (day and night)

Instructions for HUD Mobile Navigation Bracket

The original intention of the design:

Nowadays A large number of mobile brackets appear attribute to its inconvenience of placing. While there are such defects as it's inconvenient to grasp, uneasy to lower or raise head for drivers and tend to block sight among these mobile brackets, which make them uneasy to use.

So we designed this product:

HUD mobile navigation bracket exploits the hardened organic glass to prevent scratch and project navigation information onto the panel based on optical reflection theorem. When placed on the center console, drivers don't need to bow to see because it will not block sight. Thus drivers could pay more attention to the road conditions nearby. In the meanwhile, the design avoids the drivers observing the distant road conditions, which makes the navigation information more visualized and thereby improves the driving safety.