Introduction
This project will design an aerodynamically advanced, elegant, and high-performance drone for Aston Martin F1, extending their racing spirit and precision engineering into the sky.
Discipline
Product Design
Category
Drone
Year
2024
Introduction
This project will design an aerodynamically advanced, elegant, and high-performance drone for Aston Martin F1, extending their racing spirit and precision engineering into the sky.
Discipline
Product Design
Catagory
Drone
Year
2024
Introduction
This project will design an aerodynamically advanced, elegant, and high-performance drone for Aston Martin F1, extending their racing spirit and precision engineering into the sky.
Discipline
Product Design
Category
Drone
Year
2024
Introduction
This project will design an aerodynamically advanced, elegant, and high-performance drone for Aston Martin F1, extending their racing spirit and precision engineering into the sky.
Discipline
Product Design
Catagory
Drone
Year
2024
Design Brief
This project will design an aerodynamically refined, visually striking, and high-speed drone for Aston Martin F1, embodying their pursuit of performance, elegance, and innovation in the air.
Design Brief
This project will design an aerodynamically refined, visually striking, and high-speed drone for Aston Martin F1, embodying their pursuit of performance, elegance, and innovation in the air.
Target Users
Professional F1 teams and engineers seeking advanced aerial performance and data visualization support Aston Martin’s media and marketing crews capturing high-speed racing dynamics from new perspectives Motorsport enthusiasts and brand partners engaged in showcasing precision, innovation, and aerodynamic excellence
Pain Points
Insufficient Speed — Traditional drones cannot keep up with 300+ km/h F1 cars, limiting chase shots. Poor Stability — Standard drone forms struggle in track turbulence, heat, and crosswinds. Restricted Flight Zones — Safety rules prevent close-range or low-altitude flight near the race line. Short Battery Life — High-speed operation drains batteries quickly, interrupting continuous coverage. Signal Interference — Packed radio environments cause unstable transmission and control issues. Limited Camera Control — Conventional gimbals cannot handle fast tracking or smooth cinematic motion. Safety Risks — Exposed propellers and lightweight frames pose hazards in unpredictable conditions.
Pain Points
Insufficient Speed — Traditional drones cannot keep up with 300+ km/h F1 cars, limiting chase shots. Poor Stability — Standard drone forms struggle in track turbulence, heat, and crosswinds. Restricted Flight Zones — Safety rules prevent close-range or low-altitude flight near the race line. Short Battery Life — High-speed operation drains batteries quickly, interrupting continuous coverage. Signal Interference — Packed radio environments cause unstable transmission and control issues. Limited Camera Control — Conventional gimbals cannot handle fast tracking or smooth cinematic motion. Safety Risks — Exposed propellers and lightweight frames pose hazards in unpredictable conditions.
Process Map
Process Map
Inspiration
Ideation
Sketches
Process Map
Process Map
Introduction
This project will design an aerodynamically advanced, elegant, and high-performance drone for Aston Martin F1, extending their racing spirit and precision engineering into the sky.
Discipline
Product Design
Catagory
Drone
Year
2024
DESIGN BRIEF
This project will design an aerodynamically refined, visually striking, and high-speed drone for Aston Martin F1, embodying their pursuit of performance, elegance, and innovation in the air.
3D
Modeling
3D
Modeling
Detailed Renderings
VANGUARD
•
VANGUARD
Product Design
VANGUARD
•
VANGUARD
Product Design
Ineos Camera Concept
•
Ineos Camera Concept
Product Design
Ineos Camera Concept
•
Ineos Camera Concept
Product Design
Fractal Design EV Charger Concept
•
Fractal Design EV Charger Concept
Product Design
Fractal Design EV Charger Concept
•
Fractal Design EV Charger Concept
Product Design
Inspiration
3D Modeling
Target Users
Professional F1 teams and engineers seeking advanced aerial performance and data visualization support Aston Martin’s media and marketing crews capturing high-speed racing dynamics from new perspectives Motorsport enthusiasts and brand partners engaged in showcasing precision, innovation, and aerodynamic excellence
Process Map
Pain Points
Insufficient Speed — Traditional drones cannot keep up with 300+ km/h F1 cars, limiting chase shots. Poor Stability — Standard drone forms struggle in track turbulence, heat, and crosswinds. Restricted Flight Zones — Safety rules prevent close-range or low-altitude flight near the race line. Short Battery Life — High-speed operation drains batteries quickly, interrupting continuous coverage. Signal Interference — Packed radio environments cause unstable transmission and control issues. Limited Camera Control — Conventional gimbals cannot handle fast tracking or smooth cinematic motion. Safety Risks — Exposed propellers and lightweight frames pose hazards in unpredictable conditions.
Insufficient Speed — Traditional drones cannot keep up with 300+ km/h F1 cars, limiting chase shots. Poor Stability — Standard drone forms struggle in track turbulence, heat, and crosswinds. Restricted Flight Zones — Safety rules prevent close-range or low-altitude flight near the race line. Short Battery Life — High-speed operation drains batteries quickly, interrupting continuous coverage. Signal Interference — Packed radio environments cause unstable transmission and control issues. Limited Camera Control — Conventional gimbals cannot handle fast tracking or smooth cinematic motion. Safety Risks — Exposed propellers and lightweight frames pose hazards in unpredictable conditions.
Detailed Renderings
VANGUARD
•
VANGUARD
Product Design
VANGUARD
•
VANGUARD
Product Design
Ineos Camera Concept
•
Ineos Camera Concept
Product Design
Ineos Camera Concept
•
Ineos Camera Concept
Product Design
Fractal Design EV Charger Concept
•
Fractal Design EV Charger Concept
Product Design
Fractal Design EV Charger Concept
•
Fractal Design EV Charger Concept
Product Design