Developing Future Flying Drone Taxis with Virtual Reality Technology

Written by Office

On February 14, 2024
Virtual Reality Technology

Project Overview:

Project Name: Flying Drone Taxi Development Virtual Reality Technology

Objective: Create an unmanned aerial vehicle for public transportation

Service Type: VR Development, 3D Modeling

Industry: Transportation, Aerospace

Timeline: 18 month development

Target Audience: Urban commuters


Project Plan:

Our team of VR developers worked closely with aerospace engineers to design and create a working prototype for a future flying drone taxi service. We utilized the latest in virtual reality technology to digitally model the unmanned electric vehicle and simulate real-world physics and flight dynamics. Our VR system allowed for rapid iterative design by visualizing vehicles designs in photorealistic 3D and testing in virtual environments. Once we settled on an optimal drone design, we 3D printed scale models for wind tunnel testing to refine aerodynamics. This VR development process enabled the creation of a safe, quiet and sustainable flying taxi.


Project Description:

EFFE Animation aims to revolutionize urban transportation through flying drone taxis developed with virtual reality technology. Our VR developers designed and prototyped unmanned electric vertical takeoff vehicles. Virtual reality enabled rapid iteration by simulating real-world performance. This led to successful prototypes demonstrating core capabilities for passenger travel. EFFE Technology is poised to transform mobility with this innovative application of VR technology.

Virtual Reality Technology

About EFFE Technology:

EFFE Technology is an innovation lab focused on leveraging emerging technologies like artificial intelligence (AI), virtual reality (VR) and 3D printing to create solutions that improve lives. For the past decade, our diverse team of forward-thinkers has been at the forefront of bringing sci-fi concepts to reality.


Our Process:

  • Extensive research into cutting-edge innovations like AI, robotics, and VR to identify technologies applicable to transportation solutions. We stay on top of the latest advancements.
  • Conceptual design phase where we rapidly develop many mobility tech ideas on paper and in 3D. Quick iteration is key.
  • Leveraging VR technology to create interactive digital prototypes of the most promising ideas. This brings concepts to life.
  • Using VR collaboration to get live feedback from engineering, design and business teams on prototypes. Refining concepts based on diverse input.
  • Physics simulations in VR to test how design variations perform in the real world. We assess factors like safety, efficiency, sustainability.
  • Creation of photorealistic VR renderings and 3D flythroughs to showcase designs to investors and partners. VR sells the vision.
  • 3D printing scaled down models based on finished VR designs for physical testing. This reveals insights impossible to glean digitally.
  • Building real-world prototypes and revising based on physical tests. The finished vehicles prove the capabilities of our tech innovations.
  • Patent filing to protect our intellectual property. Licensing innovative concepts to manufacturers accelerates impact.


Our innovations come from the diverse expertise of our scientists, engineers, designers and VR developers. We believe teams with cross-disciplinary skills lead to groundbreaking ideas.


  • Engaging Experience: Provide an engaging user experience by creating a visually appealing VR environment that smoothly integrates virtual objects into the real world.
  • Interaction in Real Time: Dynamic and responsive VR interactions improve user engagement.
  • Friendly User Interface: Provide an intuitive interface that let people browse and interact with VR features.
  • Editable Content: Customisable content lets users customise VR interactions based on their interests.
  • Supports multiple languages: Voiceovers can make the VR software accessible to a global audience in many languages.


 Watch Our Future Flying Virtual Reality Technology Video


Measuring Success:

We measure the success of our VR development for new mobility concepts based on:

Achievement of performance goals for speed, range, battery life, etc.

We measure the success of our flying taxi VR development through quantitative performance metrics, qualitative feedback, and ultimately, real-world vehicles that meet or exceed design targets set in VR. Our prototypes prove the power of our VR process for pioneering transformative mobility tech.


Source file assurance:

After project completion, Effe Animation prioritises client collaboration. Source files remain safe for five years, allowing clients to edit and do future changes.

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