Menu
Show more
Read more
View product
View report
Drag
For over 25 years, Adaptive Recognition’s ANPR/LPR cameras have been playing a key role in traffic monitoring all over the world. The powerful VIDAR, a culmination of more than two decades of R&D, is the perfect choice for law enforcement agencies and infrastructure facilities that prioritize unmatched accuracy and performance.
Engineered for a perfect capture rate and accurate license plate, make and model recognition, this camera delivers many years of dependable operation. Built for performance and security, the VIDAR ANPR/LPR camera is the future, now.
Uncompromising accuracy is at the core of VIDAR. Boasting a perfect 100% vehicle detection rate due to built-in hardware and software-based triggers and an industry–leading 99.7% ANPR/LPR accuracy with Carmen® technology, this traffic camera delivers unparalleled performance.
Even at high speed, this exceptional camera captures every important detail, from license plates and vehicle make/models to hazardous material signs, with outstanding precision and low false-positive rates, regardless of weather or light conditions.
This ANPR/LPR camera streamlines integration by tackling common integrator problems like lengthy setup times, missed events, and inaccurate recognition. The unique modular design of VIDAR facilitates easy component swapping and ensures effortless maintenance and minimal downtime.
VIDAR’s stellar performance stems from its powerful 4-core CPU and high-quality Global Shutter sensors. The innovative imaging system allows precise, white LED/IR–based imaging and the handling of colored, reflective, and non-reflective plates.
The only camera on the market with Carmen® engine on board, returning full ANPR and MMR data.
Multitask with one device: simultaneous high-FPS video streaming, ANPR, MMR, data-streaming, and full remote access, thanks to two 4-core built-in CPUs.
Cover and process up to two lanes thanks to high-resolution sensors and onboard processing power.
Built-in software and hardware triggers mean no need for any external trigger source.
Vidar is capable of optimizing its own zoom and focus settings based on the telemetry report of the onboard gyroscope, accelerometer and laser.
Well-documented and easy to understand API. PUSH and PULL datastreams available.
Vehicle identification and traffic monitoring begin with accurate vehicle detection.
The VIDAR Smart camera incorporates multiple self-triggering mechanisms, such as advanced object detection software and a built-in point laser.
These features enable the camera to achieve a high vehicle detection rate without relying on any external equipment, ensuring reliable and efficient traffic monitoring.
Yes, the VIDAR Smart camera can function as a standalone traffic counting solution.
It captures all passing vehicles, identifies their make and model, and recognizes their license plates.
Based on this detailed data, the system can generate not only traffic counts but also comprehensive statistics, tailored to specific business logic requirements.
The VIDAR Smart cameras come equipped with advanced vehicle identification software.
Each smart camera includes Carmen® ANPR/ALPR for automatic number plate recognition, MMC for make, model, and color recognition, and vehicle classification features.
These multi-level identification capabilities ensure the highest accuracy in the market, making VIDAR Smart cameras more than just ANPR/LPR sensors.
We continuously train and develop our Carmen® software engines to keep up with new license plate formats and vehicle model changes.
Adaptive Recognition releases updated ANPR/LPR and MMR engines every quarter, ensuring the highest accuracy in automatic number plate recognition, make and model recognition, and additional data recognition (ADR) on the market.
Yes, we offer the VIDAR HDx camera, which is ideal for server-side ALPR/ANPR applications.
The VIDAR HDx captures high-quality images of passing vehicles, allowing for advanced processing, including Automatic License Plate Recognition (ALPR), Make and Model Recognition (MMR), and other analytics on the server.
All the documentation needed to set up and use the VIDAR cameras, including the installation guide, user manual, and API, can be found on our documentation site.
We offer an online technical support system where you can register and open a ticket for any assistance you need with your VIDAR camera.
Visit our support portal to get started and receive help from our technical team.
Vidar’s versatility makes it ideal for a wide range of traffic monitoring applications. Here are just a few of the most common uses
Yes
Yes
Yes
Yes
Yes
No
No
5MP (2432×2048)
3MP (2048x1536)
1.5MP (1440x1080)
1.5MP (1440x1080)
1.5MP (1440x1080)
1.5MP (1440x1080)
1.5MP (1440x1080)
1.5MP (1440x1080)
3MP (2048x1536)
1.5MP (1440x1080)
1.5MP (1440x1080)
No secondary sensor
No secondary sensor
No secondary sensor
Camera 1: Wide: 25° x 21° Tele: 8° x 6° / Camera 2: Wide: 56° x 43° Tele: 3.4° x 2.5°
Camera 1 & 2: Wide: 27° x 20° Tele: 8° x 6°
Camera 1 & 2: Wide: 56° x 43° Tele: 3.4° x 2.5
Camera 1 &2: Wide: 79° x 64° Tele: 31° x 23°
Wide: 56° x 43° Tele: 3.4° x 2.5°
Wide: 56° x 43° Tele: 3.4° x 2.5°
Wide: 56° x 43° Tele: 3.4° x 2.5°
Camera 1: 3.3x / Camera 2: 18x
Camera 1 & 2: 3.3x
Camera 1 & 2: 18x
Camera 1 & 2: 3x
18x
18x
18x
10 m to 50 m [33-165 feet]
10 m to 40 m [33-130 feet]
4 m to 50 m [13-165 feet]
1.5 m to 8 m [5-26 feet]
4 m to 50 m [13-165 feet]
4 m to 50 m [13-165 feet]
4 m to 50 m [13-165 feet]
2
2
1
1
1
1
1
Yes
Yes
Yes
Yes
Yes
Yes
No
IR, 850 nm
IR, 850 nm
IR, 850 nm
IR, 760 nm
IR, 850 nm
White
IR, 850 nm
Our sales & product experts are here to help you. Contact us or find an affiliate near your location.
For those who chase breakthroughs.
Explore products that push the
boundaries of what you can achieve.
Every industry faces unique obstacles. Discover how Adaptive Recognition can be your partner in tackling them head-on and emerging stronger.
Go beyond the claims, see the proof.
Explore our reference projects and
case studies for tangible evidence of
how Adaptive Recognition delivers
exceptional outcomes
