Been working on a jury strut mounted camera gimbal. Currently only with a tilt axis, but eventually tilt, roll, and pan with IMU stabilization.
Dual high torque digital servos drive the camera plate in tilt axis. The lower camera plate is adjustable up/down & fore/aft to align the tilt axis with the CG of the camera. The U-shaped gimbal is isolated from the main frame with neoprene vibration isolators. The whole system mounts up to the jury strut where the jury struts meet the main lift strut. NO HOLES to be drilled. Slips over the jury struts. Can be mounted to the front or rear for forward or rearward facing shots. CNC cut from G10-FR4 fiberglass composite and aluminum.
Weight with a HD video or still camera is approx. 2.75lb
Now... let me say this. (ah-hem... clearing throat) This is for "Experimental" certificated airplanes only if you know what I mean. Never to be flown on a Standard category airplane.
Now that I got that out of the way... more pics of it mounted to the plane and some aerial HD video soon to come.
Dual high torque digital servos drive the camera plate in tilt axis. The lower camera plate is adjustable up/down & fore/aft to align the tilt axis with the CG of the camera. The U-shaped gimbal is isolated from the main frame with neoprene vibration isolators. The whole system mounts up to the jury strut where the jury struts meet the main lift strut. NO HOLES to be drilled. Slips over the jury struts. Can be mounted to the front or rear for forward or rearward facing shots. CNC cut from G10-FR4 fiberglass composite and aluminum.
Weight with a HD video or still camera is approx. 2.75lb
Now... let me say this. (ah-hem... clearing throat) This is for "Experimental" certificated airplanes only if you know what I mean. Never to be flown on a Standard category airplane.
Now that I got that out of the way... more pics of it mounted to the plane and some aerial HD video soon to come.
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