MD300 AI dashcam

MD300 AI Dashcam

  • AI intelligent early warning ADAS & MDS

  • Efficient fleet management

  • High-precision location information

  • High quality audio & video 2K ultra-clear 1080p

  • Compact and flexible design

  • Easy to install

MD300 AI Dashcam: Next-Level Vehicle Monitoring for Smarter Fleet Management

Elevate your fleet’s safety, efficiency, and intelligence with the Meitrack MD300 AI Dashcam—a compact, AI-powered camera system designed to deliver unparalleled insight into driver behavior, road conditions, and vehicle performance. With built-in 2K ADAS (Advanced Driver Assistance System) and 1080P DMS (Driver Monitoring System) cameras, the MD300 provides crystal-clear footage from both road-facing and driver-facing angles, ensuring every event is captured in sharp detail. Its AI algorithms deliver real-time smart alerts such as lane departure warnings, forward collision alerts, and fatigue monitoring—crucial features that not only improve driver safety but also reduce liability and insurance costs.

The MD300 is a fully integrated fleet tracking solution supporting 4G communication, Wi-Fi, and seamless compatibility with Meitrack’s advanced MS06 platform. This integration enables efficient real-time video uploads, intelligent driving behavior analysis, and customizable driving coaching—all accessible via a centralized dashboard. Its dual-frequency GNSS positioning (with optional RTK and DR support) ensures pinpoint accuracy in location tracking, helping businesses optimize routes and monitor fleet operations effectively.

Designed with flexibility in mind, the MD300 comes in two compact formats (117×70×120mm or 117×70×80mm) and weighs just 265–310g. The system supports up to 4-channel video input, including optional AHD cameras, allowing for expanded coverage in larger vehicles. It offers up to 2TB of reliable storage via dual microSD cards and uses H.265 video compression for maximum efficiency. With support for CVBS output, dual CAN, RS232/RS485, and multiple I/O ports, the MD300 is easy to install and integrate into diverse vehicle systems.

For businesses aiming to reduce risks, lower operational costs, and achieve compliance with driver behavior standards, the MD300 AI Dashcam is the smart investment. With intelligent early warning systems, fatigue detection, and in-depth driver behavior insights, the MD300 ensures your fleet stays safe, accountable, and efficient.

Features

  • 2K ultra clear 1080 video recording
  • 105 degree horizontal road-facing lens
  • 100 horizontal driver-facing lens
  • Support up to 4-channel video recording
  • Built-in WiFi and 4G communication module
  • Dual CPU control
  • MAX 2*1T storage

Specifications

Rated voltage

DC: 11.4-40V, rated 12V 2A, external power box, available in N1 and N2 versions
Micro SD card

2*Micro SD cards, single card supports up to 1TB, Class 10 and above
System operation

Dual CPU operation, supports low power mode
Video input

Option 1: MAX 4 channels, built-in 2K ADAS + built-in 1080P DMS + external 2 channels
720P AHD cameras (optional)
Option 2: MAX 3 channels, built-in 2K ADAS + external 2 channels 720P AHD cameras (optional)
Video output

1 channel CVBS aviation plug output (level: 1.0Vp-p, impedance: 75Ω)
Video compression

H.264/H.265 configurable, default H.265
Audio input

1st channel audio input: built-in MIC input (supports intercom, two-way calling, and recording or listening for channels 1 and 2)
2nd channel audio input supported
3rd channel AHD camera audio input requires camera support (for recording or listening)
Audio output

1 channel built-in speaker output, 1 channel external display screen with built-in speaker output
Audio compression

G.726/G.711a/AAC
Video search and playback

Search and playback by channel, recording type, bitrate type, or time
Recording method

Regular recording and AI alarm recording; synchronized audio and video recording
WiFi

802.11b/g/n, frequency 2.4G, supports AP/STA mode, can connect to MM+ APP for parameter configuration via button press
GNSS

Supports antenna insertion/removal/short-circuit detection
Working power consumption

Main unit audio and video on with 2 built-in cameras: approx. 6W;with 2 external cameras, during the day approx. 12.5W (13W with display), at night approx. 14W (14.5W with display).
Supported protocols

Meitrack protocol (CCE) + RTMP (audio & video transmission protocol, also compatible with Meitrack’s private audio & video transmission protocol)
Bluetooth

Supports master-slave dual mode, can read Bluetooth accessories
SPI memory

MCU: Built-in 8MB, used for storing GPRS/SMS/GPS log data
Operating temperature

Without battery: -20°C ~ 70°C
Built-in accelerometer

3-axis accelerometer, supports motion and stationary detection (hardware supports 6-axis sensor)
I/O interfaces

N1 version interfaces: SOS*1 + ACC*1 + IN/AD/OUT*2 (total 2 multiplexed) + RS232*1 + CAN*1
+ 5V_OUT*1 + DC_IN*1 + GND*1 + 1-Wire*1
N2 version interfaces: SOS*1 + ACC*1 + IN/AD/OUT*6 (total 6 multiplexed) + OUT*1 (independent) + RS232*1 + CAN*2 + 5V_OUT*1 + DC_IN*1 + GND*2 + 12V_OUT*1 + RS485*1 + 1-Wire*1
Dimensions

117*70*120mm (dual cameras with bracket), 117*70*80mm (single camera without bracket)
Weight

310g (dual cameras without accessories), 265g (single camera without accessories)

Accessories

  • ACA303 ADH 720p metal small conch camera

  • ACA501 AHD 720P C2 Small Waterproof Camera
  • ACA503 AHD 720P Small Waterproof Camera
  • ACP505 AHD 720P A-pillar DMS Camera
  • In-vehicle CVBS display
  • AST101 Bluetooth Temperature & Humidity Sensor
  • AB402 Bluetooth Beacon
  • Magnetic Card Reader (Thailand DLT)

Certificates

CE DLT certification

Frequently Asked Questions

When picking a long lasting GPS tracker, think about its battery life, different tracking settings, how accurate it is, and how tough it is. Find trackers that are strong, waterproof, and have magnetic mounts so they are easy to put in place and can handle tough conditions. For instance, the TA255 from MeitrackUSA.com has a waterproof case and magnetic mount, making it good for many situations. Also, check its alert features and if it connects using 4G with 3G/2G as a backup. This will make sure you can always keep an eye on your assets.

How often you update your tracker’s location greatly affects its battery life. If it updates every few seconds, the battery drains much faster because it is constantly using GPS and sending data. But if it updates less often, like once a day, the battery can last for months or even years. Many trackers, including those from MeitrackUSA.com, have different settings. This lets you choose between tracking things in real-time and making the battery last longer. To get the most out of your tracker’s battery, you need to find the right balance for how often it updates its location.

Long-lasting GPS trackers are often made to work well in tough outdoor conditions. For example, the TA255 solar-powered GPS Tracker from MeitrackUSA.com has a strong, weatherproof case. This allows it to handle very hot or cold weather, humidity, and being outside. This makes it great for tracking metal containers that move through different weather and places. Similarly, other asset GPS Tracker are made for heavy equipment and construction sites. They have weatherproof cases and can work for years. These designs mean you can track your items reliably no matter how challenging the environment is.

To track assets well, certain features are really helpful. These include magnetic mounts for easy, hidden attachment and strong, tough designs that last in bad weather. For example, the TA255 from MeitrackUSA.com has both a magnetic system for simple setup and a weather-resistant case to guard against harsh temperatures and elements. Also useful are location systems with multiple technologies for better accuracy, motion sensors for instant alerts, geofencing to set safe areas, and tamper detection to stop theft. Together, these features make asset protection thorough and dependable.

Long-lasting GPS trackers use different communication technologies. Each choice affects battery life and coverage. Cellular options like 4G LTE-M and NB-IoT are widely used. They provide good coverage and save battery, especially for items that stay put and do not need frequent updates. LoRa (Long Range) technology uses very little power and can reach long distances. This makes it good for country areas or remote spots where cell service is limited. Satellite communication works everywhere. This is essential for tracking things in very far-off places without cell service, but it usually uses more power. The technology picked affects how quickly data is sent, how far it can reach, and how long the battery lasts for devices from companies like Meitrack. Choosing the right technology depends on where the item is, how much it moves, and how often updates are needed.