Engineering • Suspension • Chassis 612-399-6170support@adrenalineengineering.com
ADRENALINE ENGINEERING / PROJECTS & EXPERIENCE

REAL EXPERIENCE. PRACTICAL SOLUTIONS.

We help turn complex ideas into practical products. Explore how our team's experience connects design, electronics, software and hands-on testing - and how that same approach can help your business.

MECHANICAL DESIGNELECTRONICS & PCBEMBEDDED CONTROLSTEST & VALIDATION
Real engineering project hardware and documentation
Engineering development detail
Prototype design detail
01SMART SENSOR SYSTEMS / TESTING

MAKING A VEHICLE SAFETY SYSTEM MORE RELIABLE

Developing a way to tell the difference between normal vibration and a genuine vehicle tip-over.

THE CHALLENGE

An electronic sensor was giving misleading readings when the engine vibrated. The system needed to recognize a real tip-over without raising false alarms during normal riding.

OUR APPROACH

Studied the existing electronics, developed new software, collected data on the vehicle, compared settings in a computer simulation and tested the revised system again.

THE OUTCOME

Testing showed much steadier readings during normal operation and a response delay of less than about 1.5 seconds in controlled tip-over tests. The work also showed when more advanced sensors would be needed.

CAPABILITIES DEMONSTRATED

Product problem solving · Electronics and software · Sensor integration · Simulation · Testing and validation

Real engineering project hardware and documentation
02CUSTOM CONTROLS / PROTOTYPE DEVELOPMENT

ADDING ELECTRONIC CONTROL TO A MECHANICAL SYSTEM

Exploring a custom throttle-control system that combines moving parts, electronics and software.

THE CHALLENGE

The goal was to operate an existing mechanical throttle electronically. It required a design that would fit the available space and balance movement, speed and required force.

OUR APPROACH

Compared mechanical layouts, estimated how fast the actuator could move, designed custom circuit boards, developed software logic and refined the control-system concept through multiple revisions.

THE OUTCOME

Created documented mechanical design options, custom electronic board layouts and control-software development work. Two estimated motion times helped compare design approaches; a fully validated finished shifting product is not claimed.

CAPABILITIES DEMONSTRATED

Mechanical design · Electronic controls · Circuit-board design · Embedded programming · Prototyping · System integration

WHAT THESE PROJECTS REPRESENT

MORE THAN A DESIGN.
AN ENGINEERING PROCESS.

Our experience connects mechanical systems, electronics, embedded software and real-world testing. We approach development as a complete system—understanding the problem, designing the solution, building hardware and validating what happens outside of the CAD model.

01 / DEFINE02 / DESIGN03 / BUILD04 / VALIDATE
YOUR NEXT PROJECT

HAVE A COMPLEX
ENGINEERING CHALLENGE?

Whether you're developing something new, improving an existing product or trying to solve a difficult issue, tell us what you're working on.

START A PROJECT