(SPIDER Automation) In-Line Servo Signal Reverser for Futaba/JR Servos

SPIDER Automation High-Performance In-Line Servo Signal Reverser | PWM Logic Inverter

Description

In complex multi-actuator layouts—such as dual-aileron wings, twin-elevator linkages, or synchronized robotic pushrods—utilizing a standard Y-harness forces both mechanical outputs to mirror each other identically. Executing a global reverse command on your radio transmitter flips both channels simultaneously, failing to solve structural opposition or mechanical binding. The SPIDER Automation In-Line Servo Signal Reverser acts as a dedicated hardware logic gate that intercepts and inverts the pulse-width modulation (PWM) control stream for a single targeted servo. Installed seamlessly in-series between your signal source and actuator, this compact module dynamically shifts signal parameters to reverse directional rotation, ensuring absolute symmetry and mechanical alignment without complex transmitter mixes.

Key Features

• Discrete Series Integration: Intercepts control data on a single channel line, allowing granular mechanical tuning without affecting adjacent sub-systems.
• Wide-Spectrum Voltage Tolerance (3V to 12.6V VDC): Engineered to interface safely with low-voltage receiver architectures as well as high-voltage (HV) direct lithium-polymer power configurations.
• Adaptive Auto-Detect Architecture: Automatically identifies and locks onto standard 760µs and 1520µs control frequencies for plug-and-play operational stability.
• Universal Hardware Interfacing: Outfitted with standard male-to-female connector geometries compatible with industry-standard Futaba and JR pinouts.
• Ultralight Sub-Assembly Profile: Weighing only 3 grams with an ultra-short 5 cm form factor, adding negligible payload weight or spatial footprint to tight enclosures.

Benefits

• Eliminates Mechanical Binding: Prevents opposing actuator forces from straining control horns, gear trains, and pushrod linkages on shared harnesses.
• Preserves Radio Programming Freedom: Frees up complex transmitter mixing matrices and programmable logical channels for primary flight or movement profiles.
• Maintains Signal Integrity: Premium internal filtering protects against electromagnetic interference (EMI) and voltage sag along the data line.
• Rapid Field Deployment: Completely solder-free, plug-and-play installation allows instant adjustments during bench testing or field calibration.
• Enhanced Actuator Longevity: Reduces continuous current draw and thermal stress caused by mechanical opposition in mirrored pairs.
• Cross-Platform Adaptability: Highly versatile electronic design suitable across diverse hobbyist, industrial, and automated hardware ecosystems.

Applications

• Aerospace Control Surfaces: Configuring dual aileron, split flap, or multi-servo elevator architectures running off a single receiver bus.
• Automotive Steering Configurations: Synchronizing dual-servo front-end or four-wheel steering layouts in heavy-duty RC crawler chassis.
• Robotic Articulations: Reversing rotational output on mirrored mechanical limbs, gripper jaws, or pan-tilt sensor arrays sharing a control signal.
• Industrial Prototyping: Fine-tuning automated valve gates, throttle actuators, and remote-triggered mechanical linkages in testing rigs.
• Marine Rudder Systems: Balancing dual synchronized steering rudders on high-speed performance scale boat hulls.
• STEM & Mechatronics Education: Demonstrating PWM signal inversion, pulse manipulation, and logic gate behavior in embedded systems.

Package Includes

• 1 x Turnigy Servo Signal Reverser

Specifications