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THE INTELIGENT MOBILITY ECO-SYSTEM

OUR MINDSET ABOUT US PRODUCTS PROJECTS

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Bespoke Research, Design & Engineering

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BAMS combines years of design expertise in intelligent mobility with fluid engineering simulations to help you create your ideal products.
No matter your product’s stage, whether you seek technological breakthroughs or market innovation, our team transforms your concepts into tangible products aligned with your strategy.

We streamline development through integrated industrial design and engineering validation, enhancing both appearance and performance. With several optimization and simulation analyses, we add unique brand value to your products.

Proven across a range of Industries

  • Automotive
  • Aerospace
  • Industrial Design
  • Fluid Dynamics
  • Research
  • Automation
  • Artificial Intelligence
  • Propulsion Systems
  • Flight Control
  • Advanced Air Mobility
  • UAV
  • CAD / Surfacing
  • Sustainability
  • Visualisation

Indoor Inspection UAV

  • CAD
  • Aerodynamics
  • Industrial Design
  • Sustainability
  • User Experience

Brief

Limitations of the current inspection and maintenance practices in the metro station.

Outcome

Indoor UAV design enhances efficiency and accuracy in maintenance and inspection, utilising ducted propulsion

The hidden propulsion system for short indoor UAVs provides a significant value proposition by improving safety during flight. The system eliminates the risk of accidental propeller contact, improves manoeuvrability in tight spaces, and reduces noise pollution, making it an ideal solution for indoor inspections and surveillance.

The project background highlights the challenges and limitations of the current inspection and maintenance practices in the metro system, which are time-consuming, require significant human resources, and are limited by the inspector’s perspective. For instance, for train maintenance and inspection, each train has up to seventy-four inspection points, and each inspection category has around 750-1500 items, which require multiple personnel to complete. The track inspection was done through manual walking inspection, with a weekly completion of the entire track, including rails, fasteners, base plates, and turnouts.

Client Profile

Our client is a technology startup specialising in unmanned aerial vehicles. The company focused on the low-threshold agricultural drone market in the early stages and achieved considerable success. They continue to respond to customer needs by integrating various sensing devices, mechanical designs, and automation functions in their research and development.