Photorealistic CGI, 3D product rendering, and technical animation that show what photo and video can't - for firearms, outdoor, and performance brands.
The bar for product marketing in firearms, outdoor, and performance categories keeps rising. Photo and video are still essential, but they can’t show what’s happening inside the action of a cycling firearm. They can’t visualize an optic’s reticle behavior in flight. They can’t explain why a variable optic is a different kind of variable optic, or why a chassis is engineered the way it is. They can’t render a product that doesn’t physically exist yet because the SHOT Show launch is three weeks before the first production samples ship. They can’t put a holster underwater, a knife inside a closed cargo container, or a rifle suspended in zero gravity. CGI does all of that – and at its best, the work isn’t decorative. It’s how brands explain the engineering behind their products in a way audiences can actually see.
OMG runs CGI as an in-house production discipline alongside photography and videography – a capability we built over the last several years specifically because the projects we kept running into required it. That integration is the difference between CGI that gets bolted on as a separate vendor relationship and CGI that’s planned into the full marketing program from day one. Hybrid projects work because both teams talk through the shoot together and the CGI integrates with live-action footage in a way that feels seamless rather than tacked on. Asset libraries get built with the full marketing stack in mind. Iteration is faster because the same producer team coordinates the entire production process. The work compounds because everything is built in the same ecosystem instead of being pieced together across three different vendors with three different timelines.
What CGI Unlocks for Brands in Our Industries
CGI is valuable for any product brand, but it solves problems unique to brands in our categories. The single biggest one: explaining engineering. Firearms, optics, and performance products are bought by audiences who care about how the product is built and why the design works the way it does. The Roller-Delayed Operating System inside a Springfield PDW. The way a variable optic actually adjusts magnification. The internal geometry of a suppressor baffle stack. The mechanical sequence inside a reloading press. Photo and video can show the product. Only CGI can show what’s inside it, how it works, and why it matters. That’s the work that converts technically informed buyers – and it’s the work brands in these categories increasingly need to produce.
On top of that explanatory function, CGI solves the operational problems unique to our categories. Pre-launch product marketing runs on timelines that don’t wait for production samples; SHOT Show, NRA Annual Meetings, Outdoor Retailer, SEMA – these launches need marketing assets weeks or months before the first physical unit ships. Compliance, range access, and platform policies constrain where and how live shooting can happen in our categories, which makes CGI a defensive capability against the operational risk of running live productions for firearms and tactical products at scale. And once a 3D asset exists, deriving additional angles, formats, environments, and compositions costs a fraction of what a repeat live shoot would cost – which means the brands investing in CGI early build a compounding asset library while their competitors keep starting from zero. The result is marketing that explains more, ships faster, and adapts more cheaply than what live production alone can deliver.
The CGI Work We Produce
CGI isn’t one deliverable type – it’s a stack of related capabilities that solve different marketing problems. We run all of them in-house.
Photorealistic Product Visualization
The bread and butter of CGI work for product brands. Photorealistic 3D models built from CAD files, reference materials, or physical product samples. Material development that captures the actual finish – cerakote, anodizing, polymer textures, metal grain, optical glass. Lighting setups that match the look of any photo studio environment, or any outdoor environment, or any environment that doesn’t exist in the real world. Renders that pass the test of audiences who know these products down to the screw spacing.
Technical Animation and Mechanism Reveals
The work that explains the engineering. Animated visualizations of what’s happening inside the product – firearm cycling, optic reticle behavior, suppressor operation, mechanism teardowns and exploded views, cutaway views showing internal components in motion, mechanical function diagrams that explain why the platform is designed the way it is. This is the work that no camera can capture and no diagram can quite convey. For technical brands in firearms, optics, and performance categories, mechanism reveals are often the most valuable single marketing asset the brand can produce – because they explain why the engineering matters to the audiences that buy on engineering.
Pre-Launch Product Renders
Marketing assets for products that don’t physically exist yet. SHOT Show launches running on tight timelines where final production samples won’t be available until weeks after marketing assets need to ship. New SKU rollouts that need imagery for ecommerce before the warehouse receives stock. Concept renders for products in development. This work happens from CAD files alone – we don’t need a physical product to render one.
Environments and Impossible Scenes
Visualizations of products in environments that can’t be filmed – underwater, in zero gravity, inside sealed containers, at scales no camera can match, in scenarios that would be operationally impractical or contractually prohibited to shoot live. The environments work also covers historical and period-accurate recreation – settings that no longer exist as filmable locations, like the American Revolution-era environments built for SIG Sauer’s M400 TREAD launch, where extensive research, authentic documents, and period-specific reference material drove the look development for an immersive backdrop the live shoot integrated into. And it covers compliance-friendly contexts – showing products in scenarios that real-world shooting can’t safely produce or that platform policies won’t accept in live footage.
Compositing CGI with Live Action
Hybrid projects that combine CGI assets with live-action photo and video shoots – integrated in a way that feels seamless rather than tacked on. The CGI gets planned into the shoot from day one so the live capture sets up the compositing properly – matching the camera angles, lighting conditions, and environmental elements that the CGI will need to integrate with. This is where in-house integration pays off: the producer running the live shoot is the same producer planning the CGI, so nothing falls through the cracks and the composite looks like one piece of work, not two.
360-Degree Spins and Configurator-Ready Assets
Interactive product viewing – 360-degree spins, multi-angle render sets, configurator-ready assets for product builders and customizers. For modular brands, aftermarket categories, and ecommerce platforms with build-your-own functionality, configurator-grade CGI is often the foundation of the entire product browsing experience.
From CAD File to Final Render
Every CGI project runs through the same phased workflow – and the discipline of milestone approvals is what keeps the work efficient and the budget controlled.
Concept and Reference
Creative brief development, reference gathering, mood boarding, and technical specification documentation. The phase that defines what’s being rendered, what it should look like, what the deliverable formats are, and what success looks like before any modeling starts. Skip this work and the modeling phase fights itself for weeks.
3D Modeling and Rigging
Building the 3D assets – from CAD files when the brand can provide them, from reference imagery and physical samples when CAD isn’t available. Geometry, topology, and detail level all built to match the demands of the final render. For animated deliverables, rigging happens at this stage too – building the functional controls that allow accurate mechanical operation, like the Roller-Delayed Operating System rigging built for Springfield’s Kuna so the platform’s actual mechanism could be animated authentically. Approval at this stage is critical because changes after modeling and rigging carry exponentially higher revision costs in later phases.
Texturing, Materials, and LookDev
The phase that turns the model into something that looks real. Material development for every surface – metals, polymers, glass, fabric, rubber, finishes. LookDev work that defines the visual character of the asset – how it reads under different lighting conditions, what its signature look will be across the campaign, how it integrates with the live-action footage it might be composited into. The work at this stage determines whether the final render will feel like a genuine product or like a video-game asset.
Lighting and Previsualization
Lighting setup that matches the scene the asset will live in. Camera placement, movement, and composition planning. Previsualization passes that lock the optimal angles and movement before final rendering kicks off – the work that prevents days of expensive rendering being thrown out because the framing didn’t hold up.
Animation and Effects (Where Applicable)
For animated deliverables – mechanism animations, product demos, particle effects, motion sequences. Effects layers for atmospheric elements, smoke, particle systems, or environmental interactions. Animation approval is the next major milestone before final rendering kicks off.
Rendering and Compositing
Final rendering at delivery resolution, compositing CGI elements with any live-action footage if the project is hybrid, color grading, and the final post-production work that integrates everything into the deliverables the brand will actually use.
Delivery
Multi-format delivery optimized for the actual use cases – 4K master files, social-optimized cuts, ecommerce-ready stills, configurator-ready asset sets, layered files for future editing. Source files and asset libraries organized so the brand can keep using the work for years instead of starting from zero on the next campaign.
Brands We've Rendered For
The brands below have run CGI production with OMG as part of project engagements or full retainer programs.
EOTECH is one of the most respected names in optics worldwide. OMG’s current engagement spans the launch campaigns for five EOTECH optics – the Vudu 4-12, EXPS3-HD, EFLX CE, EFLX Ti, and OGL-C – covering over 500 hours of VFX and CGI editing across the program. The work covers photorealistic optic rendering, reticle visualization, mechanism reveals, and the technical animation that supports product launch storytelling at the level a category-defining optics brand requires.
SIG Sauer is one of the largest firearms manufacturers in the world and a long-standing OMG project client with significant CGI work across multiple launches. Featured CGI projects include the Romeo X and SIG-LOC electro-optic launch and the M400 TREAD launch program – the latter pairing live-action cinematography with extensive CGI environment work that recreated historically significant American Revolution-era settings.
Springfield Armory is one of the largest American firearms manufacturers and a major OMG project client. CGI work for Springfield includes the Kuna PDW launch – a cinematic CGI showcase built from Springfield’s engineering files, with 3D modeling, detailed texturing, rigging for the platform’s Roller-Delayed Operating System, LookDev, and previsualization work culminating in striking visuals that explain the platform’s mechanical design – alongside broader visualization work supporting launches across the brand’s catalog.
KelTec runs CGI through OMG as part of their full retainer program covering product launch visualizations, technical animations for new firearm releases, and the marketing asset library that supports campaigns running across owned channels and the firearms-friendly industry ad networks that the brand’s media plan relies on.
5.11 Tactical is one of the most recognized names in tactical apparel and gear worldwide. OMG’s partnership with 5.11 includes CGI production alongside the live-action work documented in the John Wick stunt team commercial produced with 87Eleven Action Design – covering product visualization and rendering work that supports campaign creative across the brand’s apparel, footwear, and gear catalog.
Dillon Rifle Company builds premium precision rifles for serious shooters, operators, and competition disciplines. CGI work for Dillon covers technical product visualization and the high-detail rendering that precision rifle marketing demands – showing the build quality, fit and finish, and engineering details that justify the platform’s premium positioning.
Magnum Research is the manufacturer behind iconic firearms platforms including the Desert Eagle and the BFR revolver family. CGI work for Magnum Research covers product visualization, mechanism reveals, and the high-fidelity rendering that supports the brand’s premium product positioning and the level of detail enthusiast audiences of these legacy platforms expect.
Remington Ammunition is one of the most recognized ammunition brands in American firearms history. CGI work for Remington covers cartridge visualization, ballistics animation, and the product rendering that supports the brand’s marketing across hunting, defense, and competition ammunition lines.
VKTR Industries is a premium firearms and accessory manufacturer producing feature-rich, innovative AR-15 platforms. As the agency of record for VKTR’s brand launch – which debuted at SHOT Show with LED wall virtual production for the launch campaign – OMG’s CGI work has covered product visualization and the rendering that supports VKTR’s positioning as a next-generation AR platform.
Why Our Renders Hold Up Under Scrutiny
We Know the Products Down to the Details
CGI work for firearms and outdoor brands gets scrutinized harder than CGI in almost any other category. The audiences know these products. They know the magazine catch geometry, the picatinny rail spec, the trigger guard shape, the reticle behavior, the slide serration count. A render that gets any of those details wrong gets noticed – and reposted as a screenshot in places the brand doesn’t want it ending up. We build CGI to pass the scrutiny of the people who know these products best, working from CAD files when available, studying the physical samples when not, and treating the technical accuracy of the model as a non-negotiable foundation under everything else.
We Build CGI That Works With the Marketing Program
Most CGI shops produce assets in isolation – a render that looks great in the file the client receives but ships in a format, angle, or composition that doesn’t fit the actual marketing program it was meant to support. We build CGI knowing it will live across paid ads, social cuts, video edits, ecommerce galleries, PR assets, and dealer materials. That changes how we plan the deliverable specs, how we structure the asset library, and how we coordinate timing with the rest of the marketing program. The work compounds because it was planned to compound.
We Run CGI In-House Alongside Photo and Video
Most production companies in this industry can’t deliver CGI of the caliber technical brands actually need. CGI at this level requires a dedicated 3D team, photoreal rendering pipelines, and the ability to integrate animated product visualization with live-action cinematography in a way that feels seamless rather than tacked on. We built that capability in-house over the last several years specifically because the projects we kept running into demanded it. The biggest single advantage of running CGI at OMG is what happens on hybrid projects – when CGI gets composited with live-action footage, both teams plan the work together from the first creative brief. Matching camera angles, lighting conditions, environmental elements, and timing all coordinate inside one producer ecosystem instead of getting pieced together across separate vendors. That coordination is the difference between hybrid projects that work and hybrid projects that look like CGI was added on at the end.
