Multiplicity Engineering
Engineered from the vehicle outward.
When an off-the-shelf part does not solve the mission, Multiplicity can design the system. We develop vehicle wiring, RF, power distribution, rapid prototypes, and application-specific components for government and fleet customers.
A Multiplicity Vertical
One accountable path from field problem to engineered solution.
Engineering is one vertical within Multiplicity. It connects the customer conversation, vehicle integration, technical design, prototype development, manufacturing, installation, and on-vehicle testing. That connection matters because a design should not only look correct on paper. It should fit the vehicle, support the operator, remain serviceable, and perform in the real environment.
Our team can begin with a defined requirement, an equipment list, a vehicle problem, a failed component, or simply an operational objective. We then work toward a documented solution that can be built once, refined, or repeated across a fleet.
Designed for the mission
Vehicle, equipment, operator workflow, environment, and maintenance needs guide the design.
Validated in the application
Prototype fit, power behavior, routing, access, and system function can be reviewed on-site and in the vehicle.
Built for repeatability
Documentation, labeling, standardized connections, and controlled revisions support future builds and service.
Core Capabilities
Engineering for the complete vehicle system.
We focus on the complete path between the vehicle, the equipment, the power source, the signal environment, and the person who must operate and service the system.
Custom Wiring Harnesses
Application-specific harness design and assembly for emergency lighting, controls, radios, cameras, onboard electronics, auxiliary equipment, and specialty fleet functions. The objective is a clean, protected, serviceable connection system instead of an improvised collection of individual circuits.
Vehicle Power Distribution
Accessory power architecture, fuse and relay panel layouts, circuit protection, load planning, battery isolation, ignition logic, and service access for police, fire, EMS, federal, and public works vehicles. Systems can be planned around present requirements while preserving a sensible path for future additions.
RF and Antenna Integration
Vehicle antenna placement, coax routing, connector termination, grounding, bonding, interference review, filtration planning, and complete signal-path troubleshooting. We look beyond the visible antenna and evaluate the system that connects the radio to the operating environment.
Prototype and Component Development
Concept development for mounts, brackets, bezels, console accessories, replacement pieces, equipment interfaces, and other application-specific parts. Prototypes can be evaluated for fit and function before the solution moves toward a repeatable manufacturing or installation method.
Project Process
From challenge to repeatable solution.
The scope can be a one-off repair, a prototype, a new fleet standard, or a component intended for repeated production.
Discover
Define the vehicle, mission, equipment, operating problem, quantity, schedule, and required outcome.
Document
Review existing circuits, parts, dimensions, installation conditions, photographs, drawings, and available technical information.
Design
Develop the architecture, routing, connections, mounting method, service strategy, and prototype plan.
Prototype
Build the first harness, panel, printed component, engraved part, or assembly for fit and functional review.
Validate
Evaluate operation in the vehicle or test environment and revise the solution when the application requires it.
Build and Support
Move the approved design into installation, low-volume production, fleet replication, documentation, and future service.
In-House Applied Manufacturing
Rapid tools for real fleet problems.
Bringing prototyping and identification work in-house can shorten the distance between an idea, a fit check, a revision, and a usable part.
3D Printing Lab
Prototype, repair, adapt, and refine.
Our in-house 3D printing capability supports rapid prototypes, custom brackets, spacers, bezels, console accessories, replacement pieces, equipment interfaces, and other application-specific parts. Printed components can be used to prove geometry and fit before a final production method is selected.
Laser Engraving
Vector and raster workflows, completed in-house.
Laser engraving can support panel legends, equipment labels, control identification, templates, marking, and custom presentation pieces. Material compatibility and the final process are reviewed for each application.
Low-Volume Production
Move from a successful prototype to a repeatable build.
For suitable projects, Multiplicity can organize the approved design into a controlled, documented assembly process for fleet replication, replacement inventory, or phased deployment.
Vehicle Power Architecture
Accessory power should be engineered as a system.
Police cars, fire apparatus, EMS units, public works vehicles, and specialty fleets can carry a dense collection of lighting, communications, computing, cameras, controls, chargers, inverters, and mission equipment. The power system behind those devices should be planned around protection, load behavior, access, and long-term service.
- Fuse and relay panel layout for accessory peripherals.
- Primary power, ignition, timer, isolation, and control strategy.
- Wire routing, protection, connectors, labeling, and service access.
- Prototype testing and on-vehicle functional review.
- Documentation and revision control for future fleet builds.
RF Engineering and Troubleshooting
Treat the antenna as one part of the complete signal path.
A vehicle RF issue may be caused by placement, cable condition, connector preparation, grounding, bonding, nearby electronics, filtration, damaged equipment, or the interaction between several systems. Multiplicity can help evaluate the full path from antenna to radio and develop a practical correction or new installation plan.
Applications
Built around the fleet, the operator, and the mission.
The engineering method remains disciplined, but the final solution is shaped by the vehicle and its operating environment.
Law Enforcement
Electrical integration, consoles, communications, lighting, controls, cameras, partitions, and specialty equipment.
Fire and Rescue
Command, scene, communications, warning, auxiliary power, and apparatus-specific component integration.
EMS
Dependable accessory power, communications, cabin equipment, charging, controls, and serviceable wiring.
Public Works
Warning systems, controls, work lighting, onboard power, specialty bodies, and seasonal equipment integration.
Federal and Specialty Fleet
Application-specific systems, prototypes, discreet integrations, repeatable packages, and controlled documentation.
Industry Collaboration
Working with industry leaders to simplify the path for the end user.
Multiplicity works with equipment manufacturers, technical partners, vehicle stakeholders, installers, and fleet personnel to help align product requirements with the actual vehicle application. Our goal is to reduce handoffs, identify integration issues earlier, and create a solution that is easier to procure, install, operate, and support.
Translate field requirements into a defined technical scope.
Coordinate vehicle, equipment, power, signal, mounting, and service considerations.
Deliver a solution that supports operation, training, maintenance, and future replication.
Start the Conversation
Bring us the mission, not a finished drawing.
A useful first conversation does not require a complete engineering package. Share what the vehicle must do, what is not working, what equipment must be integrated, or what component does not yet exist. We can help identify the right next step.
Year, make, model, body configuration, quantity, and any platform restrictions.
What the operator, department, fleet, or equipment must accomplish.
Product lists, photographs, current wiring, prior repairs, drawings, or failed components.
One prototype, repair quantity, fleet volume, deployment sequence, and target date.
Frequently Asked Questions
Start with the technical need.
A brief call is often enough to determine whether the next step should be a vehicle inspection, technical review, prototype, quote, or formal engineering scope.
Can Multiplicity support both a one-off solution and a fleet-wide design?
Can you work from an existing wiring diagram or harness?
Do you troubleshoot vehicle antenna and RF performance issues?
Can a 3D printed prototype become a production part?
Can Multiplicity install and test the completed system in the vehicle?
Engineering Opportunities
Start with a direct technical conversation.
Call the Multiplicity front desk to discuss the vehicle, the operating challenge, and what a successful engineered solution should accomplish. Project information can also be sent to our sales team by email.
Louisburg, Kansas 66053
9:00 AM - 5:00 PM CST