HARDWARE · LONG-RANGE WIRELESS

Mesh Grid Camera

Long-range wireless. Whole-property coverage.

A long-range wireless trail camera built to blanket an entire property. A single base station and repeaters link dozens of cameras into one self-healing mesh, so imagery streams straight to your phone and into the Vale Platform, with no cell plan per camera.

How it works

Dozens of cameras, one connected grid.

01

Deploy the grid

Place nodes across your area of interest. They self-organize into a mesh.

02

Capture continuously

Each node images its field of view, sharing data across the network.

03

Stream to app + platform

Imagery relays to the base station, then to your phone and the Vale Platform for automated analysis.

Why long-range wireless

The whole property, connected.

Long-range wireless mesh

Up to ~1 km per hop in clear line-of-sight. Base stations and repeaters relay deep into the property, roughly 20x the reach of typical WiFi trail cameras.

Base station, your way

One base backhauls the whole grid over Starlink, cellular, home internet, or a local external drive. Connect however your property allows, with no per-camera cell plan.

5 MP native sensor

A true 5 MP native sensor captures clean detail day or night, not an upscaled crop.

LiDAR-calibrated depth

We calibrate every camera site with LiDAR, enabling depth analysis that feeds density and 3D localization downstream.

Optically-calibrated PIR

The motion trigger is optically calibrated with detection curves mapped per target size, so it fires on a deer at range, not a leaf up close.

Modular battery + solar

Swap-in modular battery packs and solar keep nodes live for seasons, with no full retrieval to recharge.

Depth-enabled

Depth analysis, calibrated per site.

We calibrate each camera site with LiDAR, enabling depth analysis that reads range and animal size from the imagery that site captures.

Thermal frame with per-target distance beside a LiDAR depth point cloud
RANGE + SIZE PER DETECTIONDistance read per target, with a LiDAR depth field for ground-truth calibration.

Deployment planning

Planning a large deployment? Our team will analyze your property.

Tell us your property and we design the grid for you. We fuse aerial imagery, LiDAR terrain, canopy height, and modeled RF coverage to place every camera, repeater, and base station for full coverage, then hand you the plan. Click the model to break it into its layers.

Composited map with sensor deployment gridCLICK TO EXPAND LAYERS

At a glance

Camera details

SENSOR5 MP native
DEPTHLiDAR-calibrated per site · range + size
TRIGGEROptically-calibrated PIR · per-target detection curves
WIRELESSLong-range mesh · base + repeaters · ~1 km/hop
BASE STATIONStarlink · cellular · home internet · external drive
POWERModular battery packs + solar
DATA PATHMesh backhaul to base, then Vale Platform
Vale Mesh Grid Camera

ROI calculator

What a mesh grid saves vs cell cameras.

40
$13

Cellular cameras bill a data plan per camera, roughly $5 to $13 a month each. The mesh grid backhauls the whole grid over one connection you already have, so there is no per-camera plan.

Sources: Tactacam Reveal data plans (2026). Methodology and references →

$6,240Cell-plan cost avoided / year
40Per-camera plans eliminated
0SIM cards to manage

Be first to deploy the mesh.