Waterproof & Underwater Servo Series
Waterproof & Underwater Servo Series
Choose Fashion Star servos for splash-prone, wet, or documented underwater environments. Protection level, immersion capability, depth, duration, installation, and maintenance must always be verified for the specific model.
WX8-R50W-MRS-485 · IP68 · Wiki: 300m
HX8-A45-MPWM · IP65 · 4.81N·mProtection Designed Around the Real Operating Environment
Waterproof performance is not a single universal capability. Select according to the published model construction, IP rating, connector, and documented exposure conditions.
Water & Splash Protection
Choose IP65 for documented dust and water-jet protection or IP68 only where the specific immersion conditions match the application.
Sealed Housing
Model-specific housing and sealing help protect internal components; installation and maintenance remain part of the protection system.
Material Selection
The official models use metal housings and stainless-steel gear or output components; confirm compatibility with the actual medium.
Durable Gears & Bearings
Published construction includes stainless-steel gearing and supported bearing systems, with details varying by model.
Multiple Control Interfaces
The current Store category includes PWM and RS-485 control options for different controller architectures.
Environmental Reliability
Reliable operation depends on rating, depth, duration, temperature, medium, cable sealing, mounting, and post-use care.
Choose the Interface and Protection Level
The current Store category contains two verified models. Product cards use published Store and Wiki data rather than invented Waterproof Servo series.
HX8-A45-M
Brushless PWM Servo for splash-prone and wet installations within its documented IP65 protection.
- Input voltage
- 4.8–8.4V
- Torque at 7.4V
- 4.81N·m
- Weight
- 90g
- Construction
- All-metal housing
WX8-R50W-M
Brushless RS-485 Servo listed by the Wiki as IP68 and 300m Waterproof; confirm the complete test and operating conditions before deployment.
- Input voltage
- 18.0–25.2V
- Maximum stall torque
- 4.90N·m
- Listed weight
- 420g incl. cable
- Connection
- Waterproof connector
Protection First, Interface Second
Start with how water reaches the mechanism. Then choose the documented protection level and a PWM or RS-485 controller path.
- IP65 / HX8-A45-MDust and water-jet protection; do not infer immersion capability.
- IP68 / WX8-R50W-MDocumented underwater model; verify depth, time, medium, cable, and installation.
- No current UART or CAN listingThe present Waterproof Store category contains PWM and RS-485 only.
Understand What the Rating Actually Allows
Terms such as splash resistant, waterproof, and submersible are not interchangeable. The specific datasheet and test conditions govern the installation.
Splash Resistant
A descriptive term, not a complete rating. Verify the tested water direction, pressure, enclosure, and connector details.
Water Resistant
Indicates limited resistance under stated conditions. It does not automatically allow immersion.
Waterproof / IP Rated
Use the published IP code. HX8-A45-M is documented as IP65; IP65 does not establish underwater capability.
Submersible / Underwater
Requires a model-specific immersion rating. WX8-R50W-M is listed as IP68 and 300m Waterproof in the official Wiki.
The first digit covers solid ingress and the second covers water. Read the complete rating, not the word “waterproof” alone.
IP68 conditions are specified by the manufacturer. A depth statement must not be treated as unlimited duration.
Do not assume salt-water compatibility from an IP rating. Confirm material, seal, connector, cleaning, and corrosion requirements.
The servo rating does not automatically protect the controller, power system, cable junctions, or external connectors.
Selection rule: use the individual model datasheet and application advice whenever water depth, exposure time, chemicals, pressure, salt, or safety are material to the design.
Match the Model to How Water Reaches the System
These routes help define the environment. They do not replace the individual IP rating and installation requirements.
Outdoor Robots
Choose protection for actual exposure, drainage, cable routing, and cleaning.
Unmanned Surface Vehicles
Separate splash-zone mechanisms from any components expected to remain submerged.
Amphibious Robots
Evaluate transitions between dry, splash, and immersion conditions for every component.
Agricultural Robots
Consider water, dirt, chemicals, maintenance, and corrosion together.
Inspection Robots
Use the underwater model only where its documented conditions match the mission.
Wet or Washdown Environments
Confirm pressure, direction, chemicals, seals, connectors, and cleaning procedure.
Eight Checks Before Selecting a Waterproof Servo
Define the complete environment first, then confirm actuator, control, and sealing requirements against the model documentation.
Water Exposure
Define rain, splash, jets, temporary immersion, continuous immersion, and cleaning.
Required IP Rating
Choose an explicit model rating rather than relying on a general waterproof label.
Depth & Duration
Verify the documented pressure, depth, exposure time, and test conditions.
Torque, Speed & Size
Match mechanical requirements to official specifications and drawings.
Control Interface
Select the currently listed PWM or RS-485 option supported by the controller.
Voltage & Power
Confirm servo voltage, current, power distribution, and protected electronics.
Materials & Corrosion
Evaluate fresh water, salt, chemicals, cleaning, and post-use maintenance.
Cables & Sealing
Plan cable, connector, junction, controller, mounting, and enclosure protection.
Ready to compare the verified models?
Review interface, IP rating, specifications, price, and availability in the Store and Wiki.
Develop with the Platforms You Already Use
Standard platform visuals make the supported development ecosystem easier to scan.
Arduino
STM32
ESP32
Raspberry Pi
Python
ROS / ROS2
Jetson
C++ / MATLABUse SDKs, protocol documentation, PC tools and CAD resources to move from wiring to motion control faster. Confirm platform support for the selected PWM or RS-485 model.
Documentation and Engineering Resources
Find the resources you need for protection selection, wiring, control integration, software development and mechanical design.
User Manual
Read model ratings, setup instructions, wiring guidance and environmental limits.
SDK
Access development resources for supported controllers, languages and platforms.
API
Review PWM or RS-485 control and model-supported feedback workflows.
CAD Files
Download available drawings and 3D models to verify dimensions and mounting.
PC Software
Find available tools for configuration, testing and motion verification.
Wiki / FAQ
Browse IP ratings, depth information, troubleshooting notes and model resources.
Choose protection from documented conditions.
Frequently Asked Questions
Protection is model-specific. Use the official Wiki and datasheet for the final IP, depth, duration, connector, and installation decision.
What is a waterproof servo?
What IP rating does a waterproof servo need?
Can a waterproof servo operate underwater?
What is the difference between waterproof and water-resistant servos?
Can waterproof servos use PWM or bus control?
Can waterproof servos be used in salt water?
How do I choose a waterproof servo?
Are the cables and connectors also waterproof?
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