Exploded Rescue Drone Multi-Part Assembly

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Bounding box: 4972.1 × 586.9 × 115.0 mm
Engine: Precision B-rep
Parameters: 44
Published: August 28, 2026

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The prompt

Create a detailed 3D engineering model of a low-cost Disaster Rescue & Search Drone, designed for earthquake, flood and landslide response. Use a rugged carbon-fiber quadcopter frame with four brushless motors, four propellers, reinforced landing legs, a central flight-controller compartment, GPS/compass mounted on a raised mast, telemetry antenna, RC receiver antenna, front HD camera on a 2-axis gimbal, downward-facing inspection camera, bright search LED lights, protected battery compartment, and a small lightweight emergency-marker payload compartment underneath. Show all major components clearly and realistically, with some panels partially transparent or separated in an exploded engineering view so the internal electronics can be seen: flight controller, ESCs, power distribution board, GPS module, telemetry module, battery, wiring and camera system. Include a separate ground-control station beside the drone with a rugged laptop displaying a disaster-area map and drone GPS position. Style: professional aerospace engineering prototype, realistic 3D CAD visualization, functional rather than futuristic, modular construction, compact and lightweight, realistic component proportions, clean technical presentation, neutral background, high detail, 360-degree product-model appearance.

Parameters

Name	Value	Range
Layout Gap Along X	450 mm	350 – 800
Arm Tube Length	280 mm	200 – 400
Arm Tube Diameter	20 mm	12 – 30
Arm Tube Wall	2 mm	1 – 4
Motor Mount Width	22 mm	16 – 35
Motor Mount Thickness	5 mm	3 – 8
Motor Diameter	28 mm	20 – 45
Motor Height	12 mm	8 – 20
Propeller Diameter	230 mm	150 – 300
Propeller Hub Diameter	30 mm	15 – 50
Propeller Hub Height	10 mm	6 – 16
Propeller Blade Chord	25 mm	10 – 50
Propeller Blade Thickness	3 mm	1 – 6
Central Frame Diameter	150 mm	100 – 250
Central Frame Height	40 mm	20 – 60
Central Frame Wall	5 mm	2 – 10
Flight Controller Length	80 mm	50 – 150
Flight Controller Width	50 mm	30 – 80
Flight Controller Height	20 mm	10 – 40
Flight Controller Wall	2 mm	1 – 4
Flight Controller PCB Thickness	2 mm	1 – 5
Battery Length	140 mm	100 – 200
Battery Width	50 mm	30 – 80
Battery Height	40 mm	20 – 60
Battery Wall	3 mm	1 – 6
GPS Mast Height	80 mm	50 – 150
GPS Mast Diameter	20 mm	10 – 35
GPS Housing Diameter	50 mm	30 – 80
GPS Housing Height	15 mm	10 – 30
Telemetry Antenna Length	100 mm	50 – 200
Telemetry Antenna Diameter	5 mm	2 – 10
RC Antenna Length	80 mm	40 – 150
RC Antenna Diameter	3 mm	1 – 6
RC Receiver Length	30 mm	20 – 60
RC Receiver Width	20 mm	10 – 40
RC Receiver Height	10 mm	5 – 20
Gimbal Camera Length	60 mm	40 – 100
Gimbal Camera Width	40 mm	20 – 80
Gimbal Camera Height	50 mm	30 – 80
Gimbal Arm Thickness	8 mm	4 – 15
Downward Camera Length	30 mm	20 – 60
Downward Camera Width	30 mm	20 – 60
Downward Camera Height	20 mm	10 – 40
Downward Camera Lens Diameter	10 mm	5 – 20

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

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