Sounds insane, but I’m all for testing cutting‑edge haptics—just let me dig into the specs first. Pressure sensors, latency, weight distribution, all that jazz. If the rig’s too heavy or the feedback too harsh, we’ll blow the pilots out of the cockpit. Let’s check the data sheet, comfort ratings, and make sure latency stays under 10 ms. I’m in for a demo, but let’s keep an eye on the real‑time data and make sure everything lines up before we jump in.

Sure thing, here’s the rough data from the manufacturer’s white paper: weight 12 kg, dimensions 1.2 m × 0.6 m × 0.4 m, 48 force‑feedback actuators arranged on the seat and armrests, each with 10 kHz update rate. Latency is claimed at 8–9 ms end‑to‑end, but that’s under 2 kW power draw, 3 °C cooling requirement. Resolution 16‑bit per axis, repeatability ±0.5 mm. Calibration matrix 6‑DOF, supports V‑sync sync to cockpit displays. If the load cell data stays within ±0.2 % drift and the jitter under 0.2 ms, we’ll hit that 10 ms goal. Let’s pull the test report and compare the real numbers before we crank the engines.