01 / AXES
Inner · Middle · Outer Axes
The simulator is organized around three motion axes corresponding to Roll, Pitch, and Yaw.
- Inner axis: Roll
- Middle axis: Pitch
- Outer axis: Yaw
- Continuous angular freedom
FDA-334 is a three-axis continuous-motion simulator built around inner, middle, and outer axes for Roll, Pitch, and Yaw movement. The published parameter sheet highlights precision positioning, locking capability, controlled rate motion, and multi-axis dynamic performance for demanding UUT test setups.
Inner, middle, and outer axes provide continuous angular freedom for Roll, Pitch, and Yaw motion.
The parameter sheet separately lists precision values for both positioning and locking performance.
Each axis is listed with ±150°/s range, fine rate resolution, and accuracy/stability better than 15 ppm.
20 kg UUT capacity with multiple electrical lines routed to the test article.
The FDA-334 parameter sheet presents a precision three-axis simulator with inner Roll, middle Pitch, and outer Yaw axes. All three axes provide continuous angular freedom.
The UUT specification block lists a 20 kg maximum UUT weight, 263 × 240 × 240 mm UUT dimensions, a stainless steel 420 table top, and electrical routing to the UUT through 34 lines at 3 A and 82 lines at 2 A.
The published axis performance includes separate values for position, locking, rate, dynamic acceleration, and orientation error, making the platform suitable for controlled multi-axis laboratory test scenarios.
System attributes and performance categories stated in the manufacturer parameter sheet.
The simulator is organized around three motion axes corresponding to Roll, Pitch, and Yaw.
Separate specifications are published for position accuracy/repeatability and for locking accuracy/repeatability.
All three axes share the same published rate range and resolution, with stability/accuracy stated over 360 degrees.
The parameter sheet lists the physical and electrical characteristics of the UUT interface.
All three axes
All three axes
All three axes
Published orientation error
The published parameter sheet shows matching core rate behavior across all three axes, with shared range, resolution, and accuracy/stability values. Dynamic acceleration differs by axis, with the inner and outer axes listed above 200°/s² and the middle axis above 150°/s².
Derived directly from the parameter categories and UUT specification block.
The inner axis is listed as continuous and supports full-time rotational motion.
The middle axis is also continuous with the same core position and rate precision class.
The outer axis completes the three-axis set with continuous angular freedom.
Position accuracy is listed as ±5 arcsec and repeatability as ±2 arcsec on each axis.
The sheet separately specifies locking accuracy and repeatability for stabilized conditions.
All axes are listed with ±150°/s range and ±0.0001°/s resolution.
The system publishes axis-specific no-load acceleration performance values.
Electrical lines to the UUT support connected and instrumented test articles.
The sheet includes floor-referenced geometry, dimensions, weight, and power supply information.
Values below follow the published manufacturer sheet. Axis-dependent values are shown separately where applicable.
One concise manufacturer sheet containing the complete UUT data, Roll / Pitch / Yaw specifications, positioning and locking values, rate performance, physical installation data, and power requirements.
The official sheet emphasizes continuous three-axis motion, precision position and locking behavior, identical core rate specifications across axes, and UUT support through a robust electrical interface.
Continuous Roll / Pitch / Yaw motion
Separate Position and Locking specs
Rate accuracy & stability better than 15 ppm
34 lines 3A + 82 lines 2A to the UUT
Stainless Steel 420 table top
Answers based on the official parameter sheet.
Discuss UUT size, electrical-line requirements, installation geometry, axis performance, and application-specific motion requirements for your next multi-axis precision test setup.
Request a Quote →