A sleek black Formula 1 race car drifts around a curved track at sunset, kicking up dust behind it with fences and trees in the background.
advanced tech

Built at the limits of what’s possible.

See what we build
advanced technology systems

Bespoke technical systems, built on high-performance engineering experience.

We bring experience from Formula One, space, marine and frontier R&D to develop bespoke technical systems for demanding environments and move complex technologies towards real-world deployment.
speak to an engineer

Our core system offerings

┐
Propulsion, actuation, and embedded software form the backbone of many advanced technology programmes. This is where we most often embed, solve problems, and move development forward.
Close-up of the internal components of an industrial robot in a factory setting, showing wires, tubes, and mechanical parts inside a metal frame.
system / 01
┐

Propulsion Systems

Orange industrial robotic arm inside a clean, enclosed manufacturing automation station with metal framework and machinery.
system / 02
┐

Actuation Systems

Man in glasses and gray t-shirt working on a laptop at a metal table in a tech lab, with network cables connected to devices and a monitor showing code and data charts.
system / 03
┐

Embedded Software

delivery routes
┐

Flexible delivery routes.

Depending on the programme, timeline and integration complexity, we deliver through either at-elbow integration or turnkey ownership.
At-elbow
┐
We embed into your organisation to accelerate delivery with specialist depth and hands-on execution.
discovery at-elbow
Turnkey
┐
We take ownership of a defined system from brief through delivery, validation and handover.
discovery turnkey
WHY HOOPER QUINN

Not all engineering partners are built the same.

When choosing an engineering partner, the difference is not just extra capacity — it is how deeply a team can think at system level, integrate across disciplines, and move from concept to delivered hardware. This comparison shows where Hooper Quinn fits.
Advanced Tech
Internal Team
Engineering Consultancy
Specialist Engineering Firm
Research / Innovation Centre
Hooper Quinn
Extra engineering capacity
⬤
⬤
⬤
—
⬤
Multidisciplinary engineering
—
⬤
—
—
⬤
System-level thinking
—
—
⬤
⬤
⬤
Hardware + Software integration
—
⬤
—
⬤
⬤
Prototype build capability
—
⬤
⬤
—
⬤
Rapid design-build-test loops
—
—
⬤
—
⬤
Productionisation expertise
—
⬤
⬤
—
⬤
Manufacturing optimisation
—
—
⬤
—
⬤
Technical roadmapping & phased delivey
—
—
—
⬤
⬤
Embedded support
⬤
—
—
—
⬤
Takes responsibility for delivery outcome
—
—
—
—
⬤
Flexible, agile development cycles
—
—
—
—
⬤
Trusted with sensitive / high-value IP
⬤
—
⬤
⬤
⬤
Client retains ownership of project IP
⬤
⬤
⬤
—
⬤
Aligned to commercial product success
⬤
—
—
—
⬤
Post-delivery support
—
⬤
⬤
—
⬤
Single accountable delivery partner
—
—
—
—
⬤
Cyclist in aerodynamic gear and helmet riding a black track bike fast on an indoor velodrome wooden track.

The systems we build.

See core systems
propulsion systems

01

Close-up of the internal components of an industrial robot in a factory setting, showing wires, tubes, and mechanical parts inside a metal frame.
system / 01
┐

Propulsion and Powertrains

built for
┐
Use when propulsion, power electronics, thermal constraints and energy integration need to be resolved as a coherent subsystem.
scope
┐
Electric propulsion • power electronics integration • energy interfaces • thermal management • packaging • validation planning
delivery
┐
Architecture studies • prototype subsystems • validation plans • test results • integration documentation

Ion Thrusters

┐
We worked a specialist satellite thruster project.
explore project
A satellite with solar panels orbiting above Earth, showing the planet's blue and white atmosphere beneath a dark space background.
┌
┐
└
Discuss a propulsion subsystem
Two men in black clothing working on electronic equipment on a metal table in a workshop, with a blurred man carrying a black case in the foreground and a racing car frame in the background.
┌
┐
└
Discuss a propulsion subsystem

Formula One

┐
F1 Powertrain
explore project
Actuation systems

02

Orange industrial robotic arm inside a clean, enclosed manufacturing automation station with metal framework and machinery.
system / 02
┐

Actuation, Robotics & Mechatronics

built for
┐
Use when precise motion, packaging constraints, sensing and control all need to work together as one reliable subsystem.
scope
┐
Actuators • mechanisms • motion control • sensing • electronics integration • calibration and tuning  • robotics
delivery
┐
CAD + schematics, prototype assemblies, test results, integration support.

OTD Seadrive

┐
Bespoke complete display actuator lift system for the OTD Seadrive unit.
explore project
Two men on a yacht by the sea surrounded by mountains; one man barefoot in shorts and a short-sleeve shirt is swinging a golf club on a black mat labeled "Loon" and "OD OfflineDeck," while the other man watches near a golf bag and a machine with a screen and golf balls nearby.
┌
┐
└
Discuss an actuation requirement
Software & control

03

Man in glasses and gray t-shirt working on a laptop at a metal table in a tech lab, with network cables connected to devices and a monitor showing code and data charts.
system / 03
┐

Embedded Software & Control Systems

built for
┐
Use when firmware, hardware integration and control logic need to perform reliably in real operating conditions, not just on the bench.
scope
┐
RTOS • device drivers • control logic • hardware integration • communications buses • telemetry where relevant
delivery
┐
Firmware releases • test harnesses • validation plans • HIL support • on-target tuning

Promethean Particles

┐
We worked with Promethean Particles to deliver a modular CCS system.
explore project
Three translucent, glowing, bubble-like shapes floating in dark space with soft light reflections and a blue-green background.
┌
┐
└
Discuss a control system
Beyond core systems

A complete technology development ecosystem.

Alongside our core system areas, we also support adjacent work across demonstrators, validation systems, test environments and specialist development programmes.

Mechanical & Mechatronics Engineering

Design & Development

CAE Analysis & Simulation (FEA & CFD)

Design & Development

Research Control & Measurement Systems

Testing & Certification

Feasibility Assessments

Feasibility & Strategy

Proof-of-Concept Demonstrators

Design & Development

Verification & Validation

Testing & Certification

...and many more.

Explore full service list
Person lifting foam padding inside an open black hard carry case containing electronic equipment including a device with three dials, cables, and other components.

How we deliver.

product delivery

Delivery shaped around the programme.

We deliver through two models, selected around programme speed, integration complexity and where ownership needs to sit.
Two men in black clothing working on electronic equipment on a metal table in a workshop, with a blurred man carrying a black case in the foreground and a racing car frame in the background.
delivery / 01

At-elbow integration

how it works
┐
When delivery pressure is high, we embed into your team and move the programme forward fast - adding specialist depth, execution capacity and hands-on engineering support.
best suited to
┐
High-pressure programmes with tight timelines, evolving requirements and close integration needs.
what this gives you
┐
• Rapid onboarding into your tools, processes and programme rhythm
• Hands-on problem solving alongside your engineers
• Scales quickly when delivery demand intensifies
Person lifting foam padding inside an open black hard carry case containing electronic equipment including a device with three dials, cables, and other components.
delivery / 02

Turnkey delivery

how it works
┐
When you need a defined outcome with clear accountability, we take full ownership - from brief through build, validation and handover.
best suited to
┐
Defined subsystems, demonstrators and production-ready technical packages.
What this gives you
┐
• Brief → plan → build → validate
• Clear milestones, delivery risks and accountable ownership
• Delivered to agreed scope, timing and budget
at-elbow example

We deployed a 13-engineer team into a Formula One programme to hit a fixed deadline.

A man wearing glasses and a blue vest types on a laptop at a workstation in a workshop or technical environment.
view the case study

    Need a hybrid delivery model?

Tell us your deadline, integration requirements and delivery constraints, and we’ll help you shape the right solution.
speak to an engineer
Black hypercar with rear wing driving on a race track at sunset, leaving dust behind.
industries

The sectors vary. The demands do not.

Spacecraft with two extended solar panels emitting light or exhaust, floating in dark space with distant stars.
sector / space
sector / 01

Space

what matters here
┐
Mechanisms, control systems and validation hardware for programmes where reliability, testing discipline and mission assurance are critical.
typical work
┐
Actuation systems • ruggedised electronics • test rigs • validation programmes
next move
┐
Discuss a space programme
sector / 02

Marine

what matters here
┐
Engineering for harsh environments where corrosion, vibration, sealing and long duty cycles shape every decision.
typical work
┐
Propulsion subsystems • housings and structures • sensing and control • endurance testing
next move
┐
Discuss a marine requirement
Blue and white marine surface drone riding over a large ocean wave under cloudy, overcast sky.
sector / marine
A sleek black Formula 1 race car drifts around a curved track at sunset, kicking up dust behind it with fences and trees in the background.
sector / Automotive + Motorsport
sector / 03

Automotive + Motorsport

what matters here
┐
Methods proven at the highest level of motorsport, applied to performance-critical systems and fast-moving development cycles.
typical work
┐
Lightweighting • composites and materials • rapid iteration • track-to-road transfer
case study
┐
See Formula One case study
sector / 04

Medical / Human Performance

what matters here
┐
Systems designed around human performance, comfort and safety, where usability is part of the engineering brief.
typical work
┐
Assistive mechanisms • para-sport systems • iterative prototyping • validation planning
next move
┐
Discuss a human performance project
Close-up of a cyclist in blue attire riding a black aerodynamic bike with a curved seat and solid rear wheel.
sector / medical & human performance
A server rack with networking equipment and cables connected, placed on a wooden desk in an office environment with computer monitors displaying data in the background.
Sector / Software + digital
sector / 05

Software / Digital

what matters here
┐
Software and digital systems that support physical products, device interfaces, internal tooling and secure operational platforms.
typical work
┐
Device interfaces • internal tools • dashboards • integration layers
next move
┐
Discuss a software-enabled system
sector / 06

Frontier R&D

what matters here
┐
Early-stage programmes where feasibility, demonstrators and technical proof need to be established quickly and credibly.
typical work
┐
Feasibility demonstrators • proof-of-concept hardware • test systems • stakeholder prototypes
next move
┐
Discuss an R&D programme
Scientist wearing safety glasses, gloves, and a lab coat working with optical equipment and fiber optic cables on a black optical table in a laboratory.
sector / Frontier R&D
industries / sectors

Other environments we support

Beyond the sectors highlighted above, we also support adjacent industries with similar technical demands.

Aerospace

Hydrogen Fuel Cells

Motorsport & Automotive

Ocean Robotics & Survey

Consumer Goods

Manufacturing Machinery

Clean Energy & Zero Carbon

Marine Propulsion

Research Apparatus

Testing Facilities

Medical

Sports & Exploration

contact
┐

Start a technical conversation.

Tell us what you’re working on, what constraints matter, and where you need support. We’ll come back with next steps and a recommended approach.
Use the form or contact us directly:
Your enquiry will be reviewed by an engineer, not a salesperson.
└
┘
Get to a solution
Success! We’ll be in touch soon.
Something went wrong while submitting.

Hooper Quinn Limited

Website terms
Cookie Policy
Privacy Policy
 +44 1280 360427
Lower Farm
Hillesden
Buckingham
MK18 4BY
United Kingdom

///genius.tempting.special
Blue square logo with a curved top-left corner and a green and blue checkmark symbol, featuring the text 'CYBER ESSENTIALS CERTIFIED PLUS' in white capital letters.
Citation ISO Certification badge with text: Quality management ISO 9001: 2015 and a vertical REGISTERED label on the right side.
Institution of Mechanical Engineers (IMechE) logo in white.Red British Heart Foundation logo featuring a heart shape integrated with a stylized electrocardiogram line above the text 'British Heart Foundation'.