Z.mote Dual Trigger Electric Skateboard Remote Controller

SHIPPING UPDATE: Tariffs included shipping is now available for US customers at checkout.

The z.mote is a performance-focused dual-trigger electric skateboard remote designed for riders and builders who want precise control, reliable wireless communication, and a high level of mechanical quality.

Designed for DIY electric skateboards, VESC-based builds, and custom electric vehicles, the z.mote combines a custom-designed PCB, high-quality components, advanced safety firmware, and a carefully engineered mechanical system into a compact ergonomic controller.

Many existing electric skateboard remotes rely on inexpensive switches, cheap potentiometers, and plastic-only structures. The z.mote was designed from the ground up to provide smoother control, better durability, and improved rider safety.

Complete documentation, setup instructions, wiring information, configuration guides, and troubleshooting:

https://hobby-electronics.gitbook.io/z.mote-instructions

Main Features

• Ergonomic dual-trigger design for comfortable and natural riding control
• Automotive-grade Hall sensors for acceleration and braking input
• Extremely smooth and linear trigger response
• Consistent performance across different temperatures and riding conditions
• UART and PPM compatible receiver
• Compatible with VESC-based electric skateboard builds
• Reliable long-range wireless communication
• Two acceleration modes
• Speed Limit Mode with maximum speed limited to 25 km/h
• Auto power-off after inactivity or connection loss
• Built-in buzzer for sound feedback and alerts
• Battery protection system
• Reverse voltage protection
• Startup calibration safety check
• Smooth throttle ramp-down during disconnect events
• Failsafe braking behavior to prevent sudden jerky transitions
• Handbrake Mode for safely disabling trigger inputs while parked
• Optional Qi wireless charging upgrade
• USB-C charging

Precision Hall Sensor Trigger System

The z.mote uses automotive-grade Hall sensors instead of traditional potentiometers or mechanical switches.

This provides:

• Smooth and precise acceleration and braking control
• No mechanical wear on the sensor itself
• Excellent long-term consistency
• Stable performance across different riding conditions

The trigger mechanism was designed to provide a natural riding experience with accurate and predictable control.

The latest trigger design includes transparent illuminated triggers with embedded TPU grip strips.

The TPU inserts improve:

• Finger grip
• Riding comfort
• Control during acceleration and braking
• Security during aggressive riding or longer sessions

Advanced Lighting System

The z.mote features a fully integrated customizable lighting system.

Each trigger contains two individually addressable RGB LEDs that shine through the transparent trigger body.

This allows:

• Custom RGB effects
• Visual feedback while riding
• Combination lighting effects

The rear of the remote includes a dedicated high-brightness power LED with an optical lens designed for visibility from behind the rider.

The rear LED supports multiple modes including:

• Brake-reactive lighting
• Status indication
• Combined RGB and rear lighting effects

The last selected lighting configuration is saved and restored automatically after restarting the remote.

Mechanical Design & Durability

The z.mote was designed with long-term reliability in mind.

Critical structural areas do not rely on threaded plastic or weak mounting points.

Where mechanical strength is required, the design uses:

• Embedded metal nuts
• Proper bolts
• Reinforced mounting points

This allows the enclosure to be opened and serviced repeatedly without damaging the mounting points.

The complete mechanical system was designed around durability and serviceability rather than reducing manufacturing cost.

Wireless Communication & Receiver

The z.mote uses a dedicated wireless communication system optimized for electric skateboard applications.

During testing, the remote maintained reliable communication even in challenging environments with multiple WiFi and Bluetooth devices nearby and physical obstacles between the remote and receiver.

In real riding conditions, the available communication range exceeds what is practically required for an electric skateboard, providing a stable and dependable connection.

The included receiver supports:

UART Communication

For advanced controllers and VESC-based builds.

PPM Output

For broader compatibility with different electric skateboard electronics.

Receiver connection options:

• Open-ended cable
• Male/Female JR Futaba servo connector
• JST PH connector

The receiver should be powered from a 5V supply.

Please message me after purchase with your preferred receiver connector type.

Battery & Charging

The z.mote supports common compact lithium-ion battery sizes:

• 102050 Li-ion battery
• 102560 Li-ion battery

Features include:

• USB-C charging
• Battery protection system
• Reverse polarity protection on the battery connection
• Automatic shutdown at low battery voltage

Due to shipping restrictions, batteries cannot be included unless DHL express is selected for shipping.

You will need to source your own compatible Li-ion battery.

Battery connector:

JST PH 2.0mm

Optional Qi Wireless Charging Upgrade

The z.mote can be equipped with an optional Qi wireless charging module.

With this upgrade installed, the remote can be charged using compatible Qi wireless chargers while still keeping USB-C charging capability available.

Additional Control Channel

The z.mote includes a second communication channel that can be used for controlling external accessories such as:

• Board lighting
• Auxiliary electronics
• Custom DIY additions

Safety Features

Electric skateboard remotes are safety-critical devices, so the z.mote includes multiple protections designed to prevent unwanted behavior.

Startup Calibration Check

The remote checks trigger positions during startup and prevents unsafe operation if the controls are not in the expected position.

Disconnect Protection

If communication is interrupted, power output is smoothly reduced instead of creating a sudden unexpected change.

Brake/Acceleration Protection

The firmware prevents harsh transitions when braking while accelerating, helping create a smoother and safer riding experience.

Handbrake Mode

When enabled, both acceleration and braking triggers can be disabled while the board is parked.

Why z.mote?

The z.mote was created after experiencing the limitations of many existing electric skateboard remotes.

The goal was simple:

Create a remote that feels good to use, lasts for years, and provides the reliability expected from a high-performance electric skateboard.

Every part was designed with that philosophy:

• Custom PCB design
• Professionally manufactured electronics
• Automotive-grade Hall sensors
• Durable mechanical construction
• Metal reinforced mounting points
• Advanced safety firmware
• Custom RGB lighting system
• USB-C charging
• Optional wireless charging
• Detailed documentation

Shipping & Order Information

Each remote is programmed with a unique address before shipping to prevent interference between multiple z.mote remotes.

You will receive:

• z.mote remote controller
• Receiver module
• Lanyard

Additional receivers are available. Please contact me if you need extra units.

Thank you for checking out the z.mote.

If you have questions about compatibility, installation, customization, or your electric skateboard build, feel free to contact me.