Affordable Vehicle Night Vision -- Thermal Master NV300 MAX
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This unit was sent to me for a review. I have no affiliation with Thermal Master.
Thermal Master NV300 Max - Affordable Thermal Imaging System for Vehicles
In this video, I review the Thermal Master NV300 Max, an innovative and affordable thermal imaging system for vehicles. This device is a game-changer for drivers who frequently travel in foggy, dark, or early morning conditions. It offers a clear view of animals, pedestrians, and vehicles even through fog and darkness. Join me as I take you through its key features, settings, and how easy it is to install!
00:00 - Introduction to Thermal Imaging Systems
00:29 - Comparison to Older Systems (Flir)
01:01 - Thermal Master NV300 Max Overview
01:41 - Integration with Vehicle Systems
02:12 - Best Situations for Thermal Imaging (Night, Fog, Pedestrian Detection)
03:14 - System Performance in Night Driving and Fog
03:45 - Cost Comparison to Fleer System
04:22 - Customizing Display and Alarm Settings
05:39 - Exploring Display Color Modes (White Hot, Black Hot, Rainbow)
06:17 - Sensitivity and Residual Heat Detection
06:51 - Alarm Strategy Settings (Animal and Vehicle Alarms)
07:55 - Mounting and Installation Tips
09:11 - Ensuring a Strong Installation with 3M Tape
10:47 - Placing the Display for Optimal Viewing
12:45 - Fusion Mode vs. Thermal Mode: Differences and Benefits
14:01 - Pedestrian and Animal Detection Features
15:23 - Performance in High-Beam Situations
17:09 - White Hot Mode Performance
18:05 - Differences Between Flir and Thermal Master
19:17 - System Recalibration and AI Accuracy
21:12 - Testing at 60 MPH with White Hot Mode
24:08 - Final Thoughts on System Performance
24:48 - Deer
25:18 - Invisible man
#ThermalMasterNV300Max #ThermalImaging #NightDrivingTech #VehicleSafety #FogDriving #CarTech #PedestrianDetection #ThermalCameras #DrivingSafety #AutomotiveTechnology #techreview
This system comes with an OBD transmitter that can send information like speed and RPM to the device. I did not use it. My focus was mainly on the imaging system.
Model
NV300MAX
Night Vision Distance
300m
Response Time
0.1s
AI Recognition Warning
Automatic recognition of pedestrians, vehicles, and animals
Super Resolution
512×384
Palette
9 thermal imaging palettes
Frame Rate
25Hz
FOV
25°x 19°
Image Algorithm
Razor X
Automotive Grade Authentication
IATF16949
Infrared chips
Thermal Master high performance detector
Supported Vehicle Models
Car/Pickup/Truck/Bus/School Bus/RV
Zoom
Automatic high-speed zoom supported
Intelligent Recognition
Supported
AI Computing Ability
4Tops
Warning Sensitivity
Three options: High, Middle, and Low
Warning Type
Two options: Sound and Image
Mounting method
Quick pre-assembly of roof
IP Grade
IP69K (Camera) IP54 (Host)
Automatic Defrost
Supported
Operating Temperature
-20-70℃, suitable for extremely cold, extremely hot, windy, and sandy weather
Power Supply
DC 12V and 24V (car charge)
Vedio Interface
GMSL
Physical Interfache
FAKRA
Communication Interface
I²C
Dimensions
W: 95mm, L:111mm, H:51mm (Host)
W: 107mm, L:128mm, H:48mm (Camera)
Weight
305g (Host)/198g (Camera)
App Update
Online update