DVX Night Storm X3 — engineering render against the dark

Built from first principles.

No intensifier tubes. No green phosphor. No borrowed parts. DVX rebuilt night vision around two sensors, one neural engine, and the physics of low light.

01 The Fusion Engine

Two sensors.
One image.

STEP 01 // SENSE

Two sensors see the same night.

A thermal core reads heat through fog, brush, and total darkness. Beside it, a 4K color sensor gathers photons at levels your eye registers as nothing. Each is blind to what the other sees.

2× sensorsThermal + 4K color low-light
0.0001 luxColor sensor floor
STEP 02 // FUSE

A neural engine merges them.

The 20 TOPS processor aligns both feeds pixel by pixel and fuses them 60 times per second. Thermal contributes presence — something is there. Color contributes identity — what it is.

20 TOPSAI fusion processor
60×/secFusion rate
STEP 03 // RENDER

Native 4K color. In the dark.

The output is native 4K full color at 0.0001 lux. Not upscaled. Not interpolated. Every frame rendered from real signal — the scene as it is, not a guess at it.

4K nativeFull-color output
Zero glow950nm assist · invisible
DVX Night Storm X3 — front view showing the dual sensor array
02 Illumination

The invisible
advantage.

Most digital night vision illuminates the dark with 850nm infrared. It works — and it glows. A faint red point, visible to wildlife and to people, marking your position to everything you came to watch.

Every DVX emitter operates at 950nm — past the edge of the visible spectrum. The deer doesn't lift its head. The owl doesn't leave the branch. The emitter is fully dark to the naked eye, at any distance, from any angle.

You see. You're not seen.

950nmEvery DVX product
850nmEveryone else

Everything else
is green fog.

Fifty years of night vision, compared honestly. Same night, same distance — three ways to see it.

Spec Analog Gen-2/3 tubes Budget digital NV DVX Night Storm X3
Image Green monochrome phosphor Grainy 720p–1080p, washed gray Native 4K, full color
Light floor Needs ambient starlight; blooms near any light source Needs IR floodlight to function 0.0001 lux — moonless, overcast, pitch black
IR signature Passive — but blind without ambient light Visible 850nm red glow 950nm — invisible to wildlife and people
Detection Varies — degrades as light fades 200–400m 1500m + laser rangefinder, ±0.5m
Recording None — optical only Basic 1080p clips Onboard 4K photo + video
Durability Fragile intensifier tube; daylight can destroy it Consumer plastics IP67 — dustproof, submersible, daylight-safe
Price $3,000–$40,000 $150–$600 From $429
Analog and budget-digital figures are category ranges, not single products.

Measured,
not marketed.

04 The numbers
0TOPS — neural engine
0Lux — sensor floor
0Detection range — X3
0Continuous runtime
0Native resolution
0Laser rangefinder accuracy

No tricks.
No daylight.

05 Straight off the sensor
Forest at night rendered in full color on the Night Storm X3 with no added lightFRM 2694
Captured on Night Storm X3 · no added light
Wooded terrain in low light captured on the Night Storm X3 with no added lightFRM 2760
Captured on Night Storm X3 · no added light
Open landscape after dark captured on the Night Storm X3 with no added lightFRM 2860
Captured on Night Storm X3 · no added light
Nighttime scene with fine detail captured on the Night Storm X3 with no added lightFRM 3010
Captured on Night Storm X3 · no added light

Read enough.
See it yourself.

Back the X3 → Explore products

15,000+ backers · $4.9M funded · Early-bird from $429