Advanced Propulsion Centre UK - Coventry
Address: Lord Bhattacharyya Way, Coventry CV4 7AL, United Kingdom.
Phone: 2476528700.
Website: apcuk.co.uk
Specialties: Non-profit organization, Non-governmental organization.
Other points of interest: Wheelchair accessible entrance, Wheelchair accessible parking lot.
Opinions: This company has 27 reviews on Google My Business.
Average opinion: 4.5/5.
š Location of Advanced Propulsion Centre UK
ā° Open Hours of Advanced Propulsion Centre UK
- Monday: 8āÆAMā4āÆPM
- Tuesday: 8āÆAMā4āÆPM
- Wednesday: 8āÆAMā4āÆPM
- Thursday: 8āÆAMā4āÆPM
- Friday: 8āÆAMā3āÆPM
- Saturday: Closed
- Sunday: Closed
The Advanced Propulsion Centre UK (APcuk) is a pioneering non-profit, non-governmental organization dedicated to driving innovation in advanced propulsion technologies. Located at Address: Lord Bhattacharyya Way, Coventry CV4 7AL, United Kingdom, with a readily accessible phone number of Phone: 2476528700 and a comprehensive website at Website: apcuk.co.uk, APcuk plays a crucial role in shaping the future of transportation and aerospace.
About the Advanced Propulsion Centre UK
Established to address the critical need for collaborative research and development in the propulsion sector, APcuk operates as a vital hub connecting industry, academia, and government. Its core mission is to accelerate the transition of innovative propulsion technologies from concept to commercial application. The organization achieves this through a variety of initiatives, including grant funding, collaborative projects, and the provision of state-of-the-art facilities. The centre fosters a dynamic ecosystem where expertise converges to tackle complex challenges, such as electrification, hydrogen propulsion, and sustainable aviation fuels. This focus aligns perfectly with the growing global demand for cleaner, more efficient transportation solutions.
Specialties and Focus Areas
APcukās expertise lies primarily in advanced propulsion systems, with a particular emphasis on:
- Electric Propulsion: Researching and developing technologies for electric motors, batteries, and power electronics for various applications.
- Hybrid Propulsion: Exploring combined electric and combustion engine systems to optimize performance and reduce emissions.
- Hydrogen Propulsion: Investigating the feasibility and implementation of hydrogen fuel cells and combustion engines.
- Sustainable Aviation Fuels (SAF): Supporting the development and deployment of innovative SAF technologies.
- Advanced Combustion Technologies: Improving the efficiency and reducing the environmental impact of traditional combustion engines.
The centreās work is underpinned by a commitment to sustainability and technological leadership. They actively seek to develop solutions that meet both performance requirements and environmental regulations. The impressive infrastructure and modern facilities provided contribute significantly to the quality of research conducted.
Location and Accessibility
The APcukās Coventry location is strategically chosen to facilitate collaboration with key industry partners and research institutions across the UK. The facility itself is designed to be a welcoming and productive environment for researchers and engineers. Notably, the centre offers Wheelchair accessible entrance and a Wheelchair accessible parking lot, demonstrating a strong commitment to inclusivity and accessibility. Visitors often comment on the buildingās aesthetic appeal and contemporary design ā a testament to the investment in a top-tier research environment.
Key Features and Facilities
APcuk boasts a range of advanced equipment and facilities designed to support cutting-edge research. These include:
- High-Performance Computing Resources: Powerful computers for simulating and analyzing propulsion systems.
- Advanced Materials Testing Facilities: Equipment for characterizing the properties of new materials used in propulsion technologies.
- Propulsion Test Cells: Facilities for testing and validating propulsion systems under various operating conditions.
- Wind Tunnel Facilities: Used for aerodynamic testing and analysis.
- Dedicated Laboratories: Equipped for specialized research activities.
The organizationās infrastructure is consistently praised for its quality and suitability for demanding research activities. Itās evident that APcuk prioritizes providing a robust and supportive environment for its researchers.
Opinions and Reviews
The Advanced Propulsion Centre UK consistently receives positive feedback from its stakeholders. Currently, the company has 27 reviews on Google My Business, with an Average opinion of 4.5/5. This demonstrates a strong level of satisfaction among those who have experienced the centreās facilities and services. The reviews highlight several key strengths, including the excellent infrastructure, the supportive environment, and the collaborative atmosphere. Users frequently mention the building's modern design and the helpfulness of the staff.
Furthermore, many users noted the feeling of being in a place ripe with opportunity for innovation and advancement. The comments frequently indicate a sense of being part of a forward-thinking and dynamic community dedicated to pushing the boundaries of propulsion technology. The fact that the centre is frequently described as āeffectiveā and ābest supportā underscores its commitment to fostering a successful research environment.
Contact Information and Further Information
For more information about the Advanced Propulsion Centre UK, please visit their website at apcuk.co.uk. You can also contact them directly by phone at 2476528700. The centre is located at Lord Bhattacharyya Way, Coventry CV4 7AL, United Kingdom. We encourage anyone interested in advanced propulsion technologies to explore the resources available on their website and to consider participating in their collaborative projects.
APcuk represents a unique and valuable resource for the UKās aerospace and automotive industries. Its dedication to innovation, combined with its state-of-the-art facilities and collaborative approach, positions it as a key driver of technological advancement in the propulsion sector.