60-Second UAV Landing Simulation

I’m preparing a competition presentation and need a precise, engineering-style 3D animation that shows an autonomous UAV matching speed with a train moving up to 80 km/h, then landing and latching magnetically—all within exactly 60 seconds.

Scope and key moments
• The viewer must immediately grasp the velocity-matching process, so Δv reduction between the UAV and the train is the clearest visual focus.
• Sensor guidance switches from GNSS to UWB and finally to vision; keep these cues to essential, icon-level graphics only.
• The background stays neutral and blank, with clean, even lighting—nothing that distracts from the mechanics.
• Camera work remains steady and functional; avoid dramatic moves, swoops, or cinematic effects.
• Overlay just a small phase label and a thin status strip; no charts, equations, or heavy UI.
• After touchdown the magnetic latch engages, followed by a GNSS dropout segment and a brake-plus-gust scenario that triggers a controlled abort climb.

Technical notes
• Descent rate must stay at or below 0.3 m/s, with subtle wind-correction inputs visible.
• Flight continues smoothly if GNSS drops out.
• The abort sequence demonstrates safe decision logic without sensational visuals—true to an engineering simulation.

Timeline
I need first draft play-blasts within 48 hours and final renders by day three.

Deliverables
- Full-resolution 60-second render (audio-ready but silent)
- Identical silent version
- Two to three short GIFs highlighting critical moments (Δv sync, latch, abort)

Acceptance
The animation will be approved when timing is exactly 60 s, the velocity-matching visuals are unmistakable, overlays stay minimal, and every listed scenario plays through smoothly without cinematic flair.

Please respond only if you can share previous mechanical or technical animation work that proves you can match this straight-to-the-point engineering style.