Redefining stabilized imaging.
Setting new standards in ITAR-free optronic performance, adaptability, and mission execution.
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ourStory
Why We Started
pvLABS was founded in 2004 on a simple belief: airborne EO/IR systems could be engineered fundamentally better. Performance, precision, and adaptability weren't objectives—they were the starting point.
The FAST Discovery
At the center of that belief is FAST—our Fifth-generation Advanced Stabilization Technology.
Rather than refining traditional gimbal architectures, FAST abandons the mechanical compromises that have defined stabilized imaging for decades. By eliminating the inner gimbal ring, it delivers true six-degree-of-freedom stabilization, greater usable aperture, and a modular Open Systems Architecture engineered for continuous evolution.
For operators and integrators, that means sensors can be added, capabilities upgraded, and mission requirements adapted over time—without redesigning the entire system.
Proving the Model
Every new architecture reaches a point where it must prove itself—not in a laboratory, but in a customer program.
That moment came in 2019 when Lockheed Martin selected FAST for an offset-funded development program that advanced the PV1520 from concept to TRL-7.
More importantly, the program validated two ideas simultaneously: the engineering behind FAST and a localization-first business model that enables sovereign, in-country manufacturing and sustainment while protecting Canadian intellectual property.
Momentum
Validation created momentum.
In 2023, Civitanavi Navigation Systems invested in the joint development of next-generation inertial technologies. A year later, Lockheed Martin expanded its commitment to FAST with additional investment to accelerate the growth of the platform ecosystem.
Today, PVLabs is executing its first international licensing program and product deliveries with leading global defence companies—demonstrating that Canadian-engineered Open Architecture ISR can scale internationally without compromising execution, sovereignty, or technical integrity.
Where We're Going
As Gen-V systems enter operational service, Gen-VI is already in development.
Our focus remains unchanged: extending airborne ISR performance through continued architectural innovation, enabling future capabilities to be integrated more rapidly, more efficiently, and with greater operational flexibility.
ourEngineering
FAST
Fifth-generation Advanced Stabilization Technology
PVLABS’ Gen-V FAST platform represents a fundamental rethinking of stabilized imaging. Rather than refining legacy third- and fourth-generation gimbal designs, it introduces a new stabilization architecture engineered to overcome the limitations those systems have accepted for decades.
Using patented Flex-Pivot Isolators and Voice-Coil Motor arrays, FAST delivers true six-degree-of-freedom (6DOF) stabilization through three-axis rotational control and three-axis active linear isolation—all without an inner gimbal ring.
Eliminating the inner gimbal ring increases usable payload volume and optical aperture while reducing size and weight.
The result is higher imaging performance at longer stand-off ranges from a smaller, lighter mechanical envelope.
FAST Open Systems Architecture extends those advantages beyond stabilization. Every platform shares a common engineering foundation that enables sensors, software, and mission capabilities to evolve without aircraft modification or complete system reintegration.
Technology should adapt to your mission—not force your mission to adapt to the technology.
Scalable Systems. Precision Performance.
Our FAST platform architecture scales across every PVLabs system — delivering consistent imaging performance from compact tactical systems to strategic ISR payloads.
The result is greater interoperability, simplified fleet integration, and a common engineering foundation that evolves with mission requirements.
Faster Integration.
Lower Lifecycle Costs
Modular, open architectures and fiber-optic sensor management simplify integration, reduce sustainment burden, and allow capability upgrades without aircraft redesign.
All systems are ITAR-free for unrestricted export.
Size. Weight. Power.
Optimized
By combining both rotational and linear stabilization in a compact architecture, FAST delivers greater payload and aperture volume and superior SWaP²-C in a mission-ready form factor.
OurBusiness
One Engineering Standard. Three Delivery Models
Operational success depends as much on how capability is delivered as on the capability itself. It requires partnership models that reduce risk, strengthen sovereignty, and accelerate capability delivery.
Our business is structured around three engagement models—grounded in the same engineering-first operating framework, and each designed to deliver capability in the way that best fits your mission, industrial strategy, and long-term objectives.
Direct Sales
Mission Ready Systems. Delivered
Defense, public safety, environmental, SAR, and ISR operators worldwide rely on PVLabs to deliver fully integrated, next-generation EO/IR systems.
Built in Canada, ITAR-free and deployed globally, our systems are engineered for performance, rapid integration, and continuous capability evolution across platforms and missions.
ITB's and Offsets
From Obligation to Opportunity
PVLabs executes ITBs and offsets as real engineering and production work—not administrative obligations.
Our licensing and technology-transfer programs build sovereign in-country capability across manufacturing, sustainment, and engineering while reducing execution risk for prime contractors and partners.
Innovation as a Service (IaaS)
Advancing Capability Through Discovery
PVLabs' Innovation as a Service enables customers, Science & Technology organizations, and R&D partners to collaboratively develop next-generation optronic, stabilization, and mechatronic technologies—from early exploration through validation and operational application.
We Build.
PVLabs will design, integrate, and deliver complete systems.
You Build
We license our stabilization IP, you assemble in-country by integrating with our supply chain
We Build Together
We co-develop, co-engineer, and co-produce to reduce risk and accelerate results.
Every Partner. Any Pathway. Every Mission.
OurPeople
The Advantage Behind the Architecture.
PVLABS was built by people who thrive on solving the hard problems others avoid.
Our extraordinary team brings decades of experience across EO/IR, stabilization, Optics and Optronics, and ISR systems, united by a shared commitment to advancing the state of the art in stabilized imaging.
We operate in a culture where innovation is normal, collaboration is natural, and execution matters. Ideas are tested, challenged, and improved. Outcomes matter more than process.
Precision is treated as a habit, not a target.
Our Organizational Operating System
The world's best engineering organizations don't produce exceptional technology by accident. They do it by creating an environment where technical mastery, ownership, and mission are inseparable.
Our organizational operating-system is built on these three principles:
We treat engineering as a craft, not a job description.
Mastery comes from years of solving engineering problems with no established precedent.
That depth allows us to avoid technical debt, solve harder problems, and deliver technology that moves beyond incremental improvement.
We trust our teams with true ownership and decision-making authority.
The people closest to the problem are trusted to solve it—with speed, clarity, and accountability.
Everyone at PVLabs understands the mission. Both our own, and that of our customers.
Our systems operate where failure carries real consequences. That reality shapes how we think, act, design, and deliver.
It becomes the standard by which every decision is made.
OurLeadership Team
The PVLABS leadership team brings together engineering and operational leaders who have helped define multiple generations of stabilized EO/IR and imaging systems. Together, they combine deep technical judgment, disciplined execution, and a shared commitment to advancing airborne imaging capability.
