Thermal imaging device Defender 360L

The NVECTECH Defender 360L thermal imaging device uses a professional VOx thermal sensor with NETD ≤20mK @300K, enabling reliable detection of minimal temperature variations even at extended ranges.

The 384×288 resolution with 12 µm pixel spacing provides a balanced thermal image structure that supports both fast scanning and controlled long-range monitoring.

• stable detection performance across large observation sectors

• clear separation of distant thermal signatures

• consistent contrast rendering in low-visibility environments

• efficient real-time perception during dynamic observation

This thermal platform allows Defender 360L to maintain dependable imaging across diverse operational scenarios.

The defining characteristic of the Defender 360L thermal imaging device is its variable optical system, enabling users to adapt observation strategy depending on terrain structure and target distance.

The dual focal range allows a transition between wider situational scanning and focused long-range interpretation.

• wide observation geometry for area monitoring

• enhanced magnification for distant object recognition

• smooth digital zoom from 1.0× to 4.0×

• detection capability reaching up to 3600 m

This flexibility makes NVECTECH Defender 360L suitable for users who must dynamically balance situational awareness and precision observation.

The Defender 360L thermal imaging device integrates intelligent image processing algorithms that enhance clarity and visual stability across varying magnification levels.

• refined thermal contrast at both wide and narrow optical settings

• improved perception of object contours

• consistent image presentation during zoom transitions

• enhanced comfort during prolonged monitoring sessions

This processing support helps maintain scene readability while adapting observation scale.

The NVECTECH Defender 360L thermal imaging device includes an integrated set of environmental and orientation sensors designed to improve spatial awareness during observation.

• digital compass and azimuth indication

• gyroscope-based orientation monitoring

• ambient temperature awareness

• altitude indication and GPS positioning data

These functions help users better understand terrain structure and maintain orientation during complex field observation scenarios.

The Defender 360L thermal imaging device features the GEO Dot function, allowing users to mark selected observation points within the monitored area.

• improved coordination in large observation zones

• more structured documentation of detected locations

• enhanced spatial referencing during monitoring tasks

• practical support for long-range situational workflows

Combined with extended detection capability and optical flexibility, this function enhances operational clarity.

The NVECTECH Defender 360L thermal imaging device is engineered for dependable operation in demanding outdoor environments.

• IP67 protection against dust and water exposure

• resistance to vibration and routine field stress

• drop resistance up to 1 meter

• operating temperature range from -25°C to +50°C

The reinforced body accommodates both the variable optical assembly and integrated laser distance module, resulting in increased structural depth for improved stability.

The Defender 360L thermal imaging device is optimized for extended observation sessions thanks to its replaceable battery system and efficient energy management.

The device supports up to 18 hours of continuous operation, enabling prolonged monitoring without frequent interruptions.

• replaceable batteries for practical field deployment

• 64 GB internal memory for photo and video recording

• data transfer via Type-C connection

• wireless access point connectivity for quick media access

This endurance profile makes Defender 360L suitable for long-duration observation and surveillance tasks.

The NVECTECH Defender 360L thermal imaging device features an extended body geometry designed to support optical stability and controlled handling during long-range observation.

With dimensions of 379 × 100 × 110 mm with bracket, the device provides improved forward balance compared to shorter optical configurations.

• stable positioning during high-magnification observation

• comfortable handling during prolonged sessions

• structured device geometry for precision workflows

• intuitive interaction with interface and controls

This ergonomic approach helps maintain observation accuracy when switching between wide scanning and focused viewing modes.