Electronics

Aerosim (HK) Limited

🌍 Official Website 🏢 HKSTP Source
? Potential

Decision Maker

N/A
enquiry.marketing@hkstp.org
+852 2629 1818
5/F, Building 5E, 5 Science Park East Avenue, Hong Kong Science Park
Raw Description
Product | Synthetic Flight Training Device | Our Flight Training Device (FTD) is built on 1:1 ratio of the real aircraft cockpit, tape-measuring from the actual type of aircraft. Aerosim’s technicians and engineers tape-measured the real Single Engine Aircraft from sketch and build the FTD to replicate a real cockpit environment. Product features includes: | 1. Reliability | The software used has been designed to meet CASA(Australia) FSD requirements for a Cat. B trainer and EASA(European) FSTD standard. The FTD has been tested by category rated pilot and operator with modification and adjustment been constantly reviewed to increase flight fidelity. | 2. Flexibility | Our product designer and engineer have tailor-made a durable and easy to assemble platform for the FTD, allowing it to move around different places efficiently. Regular room with regular size of door is definitely not a logistic issue for our FTD, providing user with a flexible option to conduct training in a classroom or even next to the actual aircraft. | 3. Realistic Experience | Using the latest technology and most up-to-date AIRAC, it gives trainee a realistic training experience and the instructor an additional training platform to enhance trainee’s proficiency. More importantly, higher level of simulation enhances the applicability of learning experience in FTD to the real aircraft. || Aerosim (HK) LTD, is a Synthetic Flight Training Device (FTD) Company. With the assistance from modern technology and increasing research, its mission is to bring aviation reachable to general public, enhance pilot competences and improving safety, especially to the Hong Kong market where general airspace is lack of. We are capable of researching, designing, constructing, calibrating, maintaining, developing and training with our FTD, providing a comprehensive product and services to users. | By using officially licensed product, Aerosim has been able to develop a Flight Training Device (FTD) for users to experience the experience of a flight, using close-to-reality checklist and standard procedures. | This is not only being fun to individual, but also cultivates one’s aviation passion or long-wished dream. Aerosim has been proven its ability to perform from STEAM education to technical training by using its FTD. | We strive to continuously improve our FTD. In the coming future, we are targeting to acquire accreditation from different internationally recognized aviation organizations and promoting our FTD to enhance safety and efficiency, bringing aviation education closer to everyone. We envision Aerosim’s FTD from contributing to the local Hong Kong students and pilot, to extend the business to the global market.

Strategic Analysis

Executive Brief

Aerosim (HK) Limited specializes in the design and manufacturing of high-fidelity Synthetic Flight Training Devices (FTDs). Their value proposition centers on 1:1 cockpit replication, regulatory compliance (EASA/CASA), and "compact portability" for flexible deployment in classrooms or hangars. They bridge the gap between STEAM education and professional pilot competency through hardware-software integration.

Strategic Fit & Lead Score

Lead Score: 48/100 (General Engineering / Specialized R&D)

Why this Score? Aerosim is primarily a systems integrator and mechanical engineering firm rather than a semiconductor or high-power electronics manufacturer. However, their drive toward "Realistic Experience" and "Portability" creates two specific engineering bottlenecks where 6C's technology is superior to traditional materials:

  1. Thermal Management in Compact Enclosures: High-fidelity simulation requires massive GPU/CPU processing. As Aerosim shrinks their FTDs to fit through "regular size doors," heat density becomes a failure point.
  2. Optics and Visual Systems: Professional simulators rely on high-brightness projection or advanced display stacks that generate significant heat and require durable, high-transmittance optical windows.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
High-Density Compute Cooling PCD Heat Spreaders Aerosim emphasizes portability. Integrating 6C’s Polycrystalline Diamond (PCD) heat spreaders into their internal compute modules allows for 3-4x faster heat dissipation than copper, enabling high-performance GPUs to run at peak clock speeds in unventilated or compact "classroom" environments without thermal throttling.
Projector/Display Longevity Diamond Optical Windows For high-end simulators using laser projection, 6C’s diamond windows offer the highest thermal conductivity and wide-band spectral transparency. This prevents optical distortion caused by heat soak and protects expensive light engines from the dust/humidity of "non-standard" training environments.
Avionics Durability Custom PCD Coating The "1:1 ratio" controls (joysticks, throttles, and switches) undergo extreme mechanical wear in training centers. 6C can provide ultra-hard, low-friction diamond coatings for critical high-wear contact points in the mechanical linkages to ensure "Reliability" (Aerosim’s #1 feature).
Advanced STEAM R&D Custom MPCVD System As Aerosim expands its mission to "bring aviation reachable through technology," 6C can partner to provide a desktop-scale MPCVD reactor for their R&D lab, allowing them to experiment with next-gen sensor materials for flight data instruments.

Engagement Hooks

  • Technical Question: "As you move toward more compact, 'fit-through-the-door' FTD designs, how are you managing the thermal profile of the high-performance GPUs required for latest-gen AIRAC physics without relying on loud, bulky active cooling systems?"
  • Value Statement: "At 6C, we help high-fidelity simulation companies like Aerosim eliminate thermal throttling and hardware degradation by replacing traditional copper heat sinks with MPCVD Diamond—ensuring your FTDs maintain 100% fidelity even in the most challenging classroom environments."