Overall

Rated 4.8 Out off 5.0*

Video Quality

Rated 4.9 Out off 5.0*

The Garmin Dash Cam Tandem, Front and Rear Dual-lens Dash Camera offers excellent video quality. Both the front and rear lenses feature a wide angle of 180 degrees, allowing you to capture more details in your recordings compared with traditional dash cameras. Additionally, both lenses are capable of recording at 1440p resolution which is twice as clear when compared to 1080p Full HD videos for superior image clarity. The camera also features advanced night vision technology that allows it to produce sharp images even in low light conditions so you can keep an eye on what's happening around your vehicle day or night no matter where you go.

Night Vision

Rated 4.8 Out off 5.0*

The Garmin Dash Cam Tandem is the perfect choice for drivers who need reliable night vision. It features two high-quality lenses and advanced low light sensors that capture crystal clear footage in all lighting conditions, even at nighttime. The rear lens provides a 180 degree view of what’s behind you while the front lens captures up to 170 degrees so no detail will be missed. With its infrared LED illuminator, it can see clearly up to 15 feet away - ideal when driving through dark areas or parking lots during late hours. Plus with 1080p video resolution on both cameras, your recordings are sure to remain sharp and crisp day or night!

Field Of View

Rated 4.8 Out off 5.0*

The Garmin Dash Cam Tandem is equipped with a wide field of view for maximum coverage. The front lens has an 180-degree diagonal viewing angle, while the rear lens has a 160-degree diagonal viewing angle. Both lenses capture crisp HD video in 1296p resolution at 30 frames per second and have built-in audio recording capabilities as well. This allows you to record both inside and outside your vehicle simultaneously without any blind spots or missing details along the way. Additionally, Advanced Driver Assistance Systems (ADAS) allow real time alerts when lane departure or forward collision warnings occur on the road ahead so that drivers can remain safe even when they’re distracted by other tasks such as navigation directions and incoming calls from their phones.