A quick-release handlebar phone mount with a six-contact pogo pin interface and a right-angle USB-C phone-side adapter. For riding-accessory brands, distributors and OEM integration projects.
Goochain offers a handlebar-mounted phone charging assembly that combines a quick-release docking head, a six-contact pogo pin interface and a matching phone-side adapter with a right-angle USB-C plug. The clamp positions the dock on a motorcycle, bicycle or e-bike handlebar. When the approved mating parts engage, the conductive contacts connect the selected external supply to the phone adapter. Phone and case fit, input wiring, supported charging behavior and the contents of the supplied kit are confirmed for each OEM project.
The Goochain pogo pin phone charging mount combines a quick-release dock, a handlebar clamp and a phone-side USB-C adapter. Mating electrical contacts connect the dock to the adapter when the two parts engage. The arrangement brings phone mounting and contact charging together for motorcycle, bicycle and e-bike integration projects.

The phone-side adapter sits behind the phone and connects to its USB-C port through a short cable. When the approved installation allows it, the USB-C plug can remain connected while the adapter is released from the mount. This lets the phone detach at the docking interface without unplugging it each time.
The circular docking head brings the mechanical coupling and electrical contact area into the same assembly. Review the adapter placement and release access with the intended phone and case before choosing the configuration.
| Item | Description |
|---|---|
| Charging interface | Six-contact pogo pin mating connection |
| Device connection | Phone-side adapter with a right-angle USB-C plug |
| Support structure | Circular docking head with handlebar clamp |
| Attachment | Quick-release mechanical docking interface |
| Application fit | Reviewed against the phone, case, handlebar and installation space |
| Electrical configuration | Confirmed for the selected power input and phone connection |
The clamp attaches the support to the handlebar, while the docking head provides the connection to the phone-side adapter. Confirm the available mounting space, clamp fit and viewing position around the vehicle’s controls.
Phone compatibility depends on the case shape, camera clearance, USB-C port position and cable route. Send photographs of the intended phone and mounting location so these details can be reviewed together.
The dock connects to an external supply through its input wiring. Select the input harness to match the project’s power source and electrical configuration. Vehicle-powered installations require confirmation of the input range, polarity and connection method.
For a complete-kit inquiry, identify the docking head, clamp, phone-side adapter, cables and any input harness required. The quotation and approved sample define the supplied parts; additional wiring shown in a reference photo can be reviewed as part of the project.
Goochain supports OEM review of the connection and cable assembly. Start with our pogo pin cable and magnetic connector solutions when discussing cable length, routing, connector termination and contact assignment. Changes to the housing or mounting arrangement are reviewed against the installation and development scope.
Our factory and quality overview introduces the manufacturing support available for these projects. Send a reference drawing, the required supply configuration and expected quantity to begin the review.
Send your installation details to Goochain with the target quantity, required cable length and reference photos. These inputs help define the assembly, sample scope and quotation.
Keep required fields minimal. Attach drawings/photos for accurate quoting.
Tip: A simple installation photo often saves 2–3 rounds of questions.
Quotation 1–2 days; development 15–20 days; mass production 20–25 days (project dependent).
Yes. Reference sample + requirements helps confirm drawings and test plan.
Depends on materials and complexity. We support prototypes and scalable mass production.