HIGH-PERFORMANCE HAPTIC CONTROLLER
EnterpriseInverse3 X
Higher-performance haptic control for advanced robotics, enterprise simulation, and demanding R&D workflows.
INVERSE3 X — QUOTED IN DAYS · SHIPS WORLDWIDE
5× rate hardness · 3× stiffness · 10× damping · Built-in touchscreen
OVERVIEW
Performance with headroom.
Inverse3 X extends the Inverse3 platform with greater rate hardness, stiffness, damping, and onboard device intelligence.
It is designed for professionals who need precise force control, stable operation, and a more configurable haptic experience.
Step-up performance
Use Inverse3 X when your workflow needs stronger force response, improved stability, and finer control than Inverse3.
Smarter device control
Auto-calibration, sensor-based homing, onboard sensing, orientation and velocity estimation, and gravity compensation support smooth, accurate operation.
Built for professional teams
A built-in touchscreen, developer resources, documentation, and technical support help teams configure, integrate, and work with the device more easily.
INVERSE3 VS INVERSE3 X
Know when to step up.
Professional teams in robotics, simulation, medical training, industrial automation, and research settings where stronger force response and device stability matter.
| Inverse3 | Inverse3 X | |
|---|---|---|
| Best for | Widest range of use cases | High-performance & enterprise |
| Performance | Precision haptic control | 5× rate hardness · 3× stiffness · 10× damping vs. Inverse3 |
| Typical buyer | Labs, developers, researchers | Enterprise R&D, advanced robotics |
| Choose when | Starting with haptics or broad use cases | Your workflow demands more than Inverse3 |
ADVANCED FEATURES
Onboard intelligence.
Built-in touchscreen
Supports adjustments during operation and brand customization during advanced evaluations or deployments.
Auto-calibration and homing
Auto-calibration and sensor-based homing streamline setup and improve operation.
Onboard sensing
Onboard sensors support orientation and velocity estimation, with gravity compensation for smoother interaction.
Developer and support resources
Documentation, developer resources, and technical support help teams move from evaluation to implementation.
WHY STEP UP
Three reasons teams upgrade.
Choose Inverse3 X when Inverse3 is not enough for the level of force control, responsiveness, damping, stiffness, or onboard configuration your workflow requires.
- More force-control headroom
- For applications that need stronger response, higher stiffness, greater damping, and more stable haptic control.
- More direct device adjustment
- For teams that need on-device configuration through the built-in touchscreen and advanced onboard features.
- More support for technical integration
- For teams that need developer resources, documentation, downloads, and technical support while building with Inverse3 X.
SPECS & INTEGRATIONS
Technical details.
Device capabilities
- Product type
- Most advanced 3D force-feedback haptic controller in the Inverse family
- Performance profile
- Stronger, stiffer and more stable haptic interaction
- Control modes
- Cartesian force/position and joint torque/angle control
- Sensing & setup
- Orientation and velocity estimation, automatic calibration and sensor-based reference positioning
- Device interface
- Built-in touchscreen
Performance vs. Inverse3
- Rate hardness
- 5× Inverse3
- Stiffness
- 3× Inverse3
- Damping
- 10× Inverse3
- Calibration
- Auto-calibration + sensor-based homing
- Compensation
- Gravity compensation with onboard sensing
Software & developer support
- SDK architecture
- Local service for device discovery, communication and control
- Software interface
- Language-agnostic WebSocket and HTTP interface using JSON
- Real-time operation
- Per-tick command processing and device-state streaming over WebSocket
- Device management
- Setup, calibration, monitoring and firmware updates through Haply Hub
- Developer resources
- Developer Hub — develop.haply.co
Absolute force, resolution, and refresh figures for Inverse3 X are shared during evaluation — contact sales for the full spec sheet.
FAQ
Common questions.
When is Inverse3 X the right choice?
Choose Inverse3 X for workflows that require higher output force, greater stability, or more demanding control cycles.
What workflows require higher performance?
Inverse3 X is suited for advanced robotics, enterprise-grade simulation, high-fidelity medical training, industrial automation, and demanding R&D workflows that require higher performance, greater stability, or more precise haptic control.
How is Inverse3 X different from Inverse3?
Inverse3 X offers higher performance than Inverse3, including 5× rate hardness, 3× stiffness, and 10× damping, along with auto-calibration, sensor-based homing, onboard sensing, gravity compensation, and a built-in touchscreen.
USE CASES
Where Inverse3 X works.
The step-up path for teams that need higher-performance haptics in advanced robotics, simulation, and demanding R&D.
Step up your haptic performance.
Talk to our team about enterprise evaluation, advanced robotics fit, and Inverse3 X pricing.