The New Pulsar Wildlife Range

The New Pulsar Wildlife Range

Pulsar Wildlife Thermal Imaging Range

Pulsar have recently launched an exciting new range of thermal imaging devices designed specifically for wildlife watching and birding. The range includes six models, from compact pocket-sized handheld devices through to premium thermal binoculars, giving customers a clear choice whether they are new to thermal or looking to upgrade to a top-end viewing experience.

All models are finished in Pulsar’s distinctive new wildlife colour scheme, clearly setting them apart from traditional black thermal units and reinforcing their purpose as observation tools for nature lovers.

 

Proven Design, Updated for Wildlife Watching

These new Wildlife models are based on Pulsar’s trusted and well-proven thermal platforms, but with careful updates both externally and internally.

The most noticeable change is the new green and orange exterior, which makes the devices easy to identify and visually appealing. Importantly, Pulsar have retained their renowned build quality. Pulsar is widely recognised as a leading name in thermal imaging thanks to the rugged, weather-resistant construction of their devices - ideal for regular use outdoors in all seasons.

Internally, the updates have been made with wildlife watching in mind:

-Green on-screen text, which is easier on the eyes during long viewing sessions

-An updated stadiametric rangefinder, now using new wildlife species icons

These changes make the devices feel more intuitive and appropriate for birdwatchers and nature observers.

 

New Wildlife App - Simple and Easy to Use

Pulsar have also released a dedicated wildlife app to work with these new models. The app is clean, simple and easy to use, allowing you to:

-Download photos and video from the device

-Update the device software

-View a live image from the thermal device on a phone or tablet

Footage can still be downloaded directly to a computer for the best quality, but the app is ideal for quick sharing when you’ve spotted something special. A particularly popular feature is live streaming, which allows one person to use the thermal device while others watch the same view on a mobile phone or tablet at the same time - perfect for sharing wildlife moments with friends or family.

 

What Does Thermal Imaging Show?

Thermal imaging works by detecting heat, not light. All animals -  including birds and mammals -  give off body heat, and a thermal device displays this heat as a clear image on a screen.

In simple terms:

-Warm animals stand out clearly from cooler surroundings

-It works in total darkness, as well as in daylight

-No light is used, so wildlife is not disturbed

Thermal imaging is excellent for finding wildlife, such as birds roosting, animals hidden in long grass, or movement at dawn and dusk. Many users then switch to binoculars or a scope for closer identification once the animal has been located.

 

Ideal for Wildlife & Birdwatching

Whether you are scanning a field at dusk, watching woodland edges early in the morning, or observing nocturnal wildlife without disturbance, the Pulsar Wildlife range offers reliable, easy-to-use thermal technology in a format to suit every level of user.

From lightweight pocket devices to high-performance thermal binoculars, Pulsar’s Wildlife range makes discovering and enjoying wildlife easier, more comfortable, and more rewarding.

 

Meet the New Models

Monocular Models

Pulsar Wildlife Alaris XQ30
Thermal sensor: 384 × 288, 17 µm pixel pitch
sNETD: <20 mK
Detection range: up to approximately 1,050 metres for large mammal

Designed as an entry-level option, the Alaris XQ30 is lightweight and easy to carry, ideal for short-range scanning and casual wildlife observation.

Pulsar Wildlife Alaris XG30
Thermal sensor: 640 × 480, 12 µm pixel pitch
sNETD: <25 mK
Detection range: up to approximately 1,800 metres for large mammal

Offering higher resolution and improved thermal sensitivity, the Alaris XG30 delivers noticeably clearer images while remaining compact and portable.

Pulsar Wildlife Orni XG35 LRF
Thermal sensor: 640 × 480, 12 µm pixel pitch
sNETD: <20 mK
Detection range: up to approximately 1,800 metres for large mammal with range finder to 1500m

The Orni XG35 combines high-resolution thermal imaging with an integrated laser rangefinder, making it suitable for users who want more precise distance awareness during observation.

Pulsar Wildlife Lumion XL50
Thermal sensor: 1024 × 768 resolution, 12 µm pixel pitch
sNETD: <20 mK HD
Detection range: up to approximately 2,300 metres for large mammal

The Lumion XL50 features Pulsar’s highest-resolution thermal sensor in the Wildlife range, providing exceptional image detail and long-range detection for experienced users.

 

Binocular Models

Pulsar Wildlife Ventex XP35
Thermal sensor: 640 × 480, 17 µm pixel pitch
sNETD: <18 mK
Detection range: up to approximately 1,350 metres for large mammal with rangefinder to 1500m

The Ventex XP35 offers a comfortable binocular viewing experience with excellent stability, making it ideal for extended observation sessions. The wide field of view makes this a great all rounder. Built in laser rangefinder

Pulsar Wildlife Ventex XT50
Thermal sensor: 1280×1024, 12µm pixel pitch
sNETD: <20 mK
Detection range: up to approximately 2300 metres for large mammal with rangefinder to 1500m

As the flagship thermal binocular in the Wildlife range, the Ventex XT50 delivers the highest performance available for users who want maximum image quality and viewing comfort. Built in laser rangefinder

What These Sensor Specifications Mean

A bigger sensor provides more image detail and a smoother, more natural picture.
Lower NETD values allow the device to detect smaller temperature differences, making wildlife easier to spot in challenging conditions such as fog, rain, or warm weather.
Detection range indicates how far a heat source can be detected in ideal conditions, giving an idea of the unit’s overall capability. This refers to an object the size of a man so bare in mind when looking for small species that this distance will be reduced


 

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