Brand
Pulsar thermal monoculars compared (2026)
4 models from $1,049.97 to $3,699.97; the best rated is the Pulsar Axion 2 LRF XG35, at 8.9/10.
Pulsar thermal monoculars
4 models, ranked by our overall score.
Data from the official Pulsar US pages, prices checked on November 9, 2026. Calculated scores.
Images: manufacturers
The Pulsar lineup in a table
Sort by score, price or key spec.
 Pulsar Axion 2 LRF XG35 | 8.9 | $2,999.97 | 640×480 · 35 mm · 350 g | Wi-Fi app | 3 years |
 Pulsar Telos LRF XP50 | 8.9 | $3,699.97 | 640×480 · 50 mm · 720 g | Wi-Fi app | 3 years |
 Pulsar Axion 2 XG35 | 8.8 | $2,499.97 | 640×480 · 35 mm · 380 g | Wi-Fi app | 3 years |
 Pulsar Axion XQ19 Compact | 8.7 | $1,049.97 | 384×288 · 19 mm · 249 g | Wi-Fi app | 3 years |
Alternatives from rival brands
For each of the best-rated Pulsar models: the closest-priced thermal monocular from another brand.
Nocpix sells the Nocpix Vista H35R $300.03 more expensive, with a higher score.
Nocpix sells the Nocpix Vista H35R $399.97 cheaper, with a higher score.
Vortex sells the Vortex Veil 400 $199.98 cheaper, with a lower score.
Frequently asked questions
What is the best Pulsar thermal monocular?
With our published formula, the Pulsar Axion 2 LRF XG35 scores 8.9/10 ("Very good"), at $2,999.97 checked on November 9, 2026.
How much does a Pulsar thermal monocular cost?
The 4 models we compare range from $1,049.97 to $3,699.97, at the official US prices read on November 9, 2026.
Where can you buy Pulsar thermal monoculars?
Our buttons go to: Pulsar US store. The price and availability at the store when you buy are the ones that apply.
What are the alternatives to Pulsar?
Instead of the Axion 2 LRF XG35: the Nocpix Vista H35R ($3,300, 9.0/10); Instead of the Telos LRF XP50: the Nocpix Vista H35R ($3,300, 9.0/10); Instead of the Axion 2 XG35: the Vortex Veil 400 ($2,299.99, 8.5/10).
How are Pulsar monoculars scored?
With the same ten criteria as every other brand (sensor, reach, NETD, display, battery, weight, rangefinder, water protection, warranty, price), from Pulsar's published figures. The full formula is on our methodology page.