Each card is a production-system study: the tracking, graphics and signal architecture behind a class of live show. The first three are real production footage LTL shot itself; the rest are original placeholder renders and do not depict a real event, venue or client project.
A breakdown of the virtual-set pipeline on a real stage: a performer shot against green with a robotic camera, then merged with a rendered Unreal Engine environment in XR.
The same take, start to finish: the raw green room with its robotic camera arm, then the performer merged into a lit virtual staircase set.
2026Real footage from IPL 2025 studio coverage: augmented and extended-reality graphics running live across the pre-show, mid-show and post-show segments.
Actual studio coverage from the IPL 2025 season — AR and XR graphics built to hold through a full show rundown, not just a single hero shot.
2025Real footage from an LTL virtual-production stage: a tracked camera moving through an LED volume while the Unreal Engine environment behind the talent renders and reacts in real time.
Actual production footage, not a generated stand-in: the camera moves, the LED wall keeps pace, and the horizon holds — the tell of a virtual-production shot that is actually working.
2026
A systems study for high-tempo cricket presentation: on-field augmented reality, live data-driven graphics and multi-camera production.
A grid of independently filled cells beside motion streaks — many simultaneous camera sources cut into one live feed.
2026
A real-time studio workflow spanning tracked cameras, lens data, Unreal Engine environments, compositing and synchronized output.
A performer standing in an LED volume. The horizon behind them is rendered in real time — panel seams and the exposed scene geometry at the right edge are the only tell.
2026One camera. Infinite worlds.
A physical performance becomes a virtual scene, then the data comes into the picture.
Scores that rise from the field. Statistics that occupy the studio. A broadcast language for graphics that live in the venue rather than on top of it.
Images on this page are AI-generated illustrations, not photographs of real shoots or clients. The AR stage is original CSS, and every score, statistic and label in it is illustrative demo data — not a live feed, and not a record of a real match.
LTL Productions is a creative technology studio operating where broadcast engineering, spatial computing and cinematic design meet.
Virtual Production / Broadcast AR / XR / Real-Time Graphics / Camera Tracking / Live Data Visualization / Robotic Cameras / Unreal Engine
From first diagram to final frame, we design creative and technical systems as one production surface.
LED volumes, real-time environments, Unreal Engine workflows and production systems built around the camera.
LED / ICVFX / UNREALWorld-feed AR, studio augmentation, camera tracking and data-driven graphics engineered for live transmission.
AR / TRACKING / DATAExtended-reality stages and interactive environments that merge physical performance with real-time worlds.
XR / IMMERSIVE / INTERACTIVEUnreal Engine graphics systems, live visualization and broadcast packages that respond at production speed.
UNREAL / MOTION / LIVE DATACamera tracking, lens calibration, nodal workflows and robotic camera integration for reliable spatial alignment.
LENS / ROBOTICS / CALIBRATIONGenlock, low-latency pipelines, compositing, routing and resilient broadcast infrastructure designed for air.
SYNC / SDI / IP VIDEO
LTL Productions brings creative direction and engineering into the same room. We build the graphics, tools, tracking logic and signal paths that let ambitious visual ideas survive real production pressure.
Our practice combines Unreal Engine development, broadcast engineering, virtual production, AR/XR, real-time rendering, automation and live-event technology into systems operators can trust.
Our team members bring experience from productions and projects involving leading broadcasters, sports organizations, production companies and technology partners.
Map the show, audience, signals, constraints and the moment that must feel impossible.
Shape the visual language, technical architecture and operator experience as one system.
Develop real-time graphics, control layers, calibration tools and production-ready integrations.
Connect tracking, cameras, lighting, data, broadcast hardware and Unreal into a tested pipeline.
Rehearse, harden, document and support the system until it is ready for live production.
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