Consumercarts
Pulsar X2 wireless gaming mouse in black, side profile
Pulsar

Pulsar X2

Connectivity:
Wireless
Grip Type:
Ambidextrous
Shape:
Symmetrical
Weight:
52 g
Sensor:
PAW3395 Optical
Max DPI:
26000 DPI
Connection:
2.4GHz

Consumercarts is reader-supported. Learn more

Disclaimer: The price and specification of the given product may differ from the actual product. Please confirm on the retailer's website before buying.

Manufacturer: Pulsar Last updated: September 10, 2026

Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder) Review

The Pulsar X2 is a 52g ambidextrous symmetrical wireless gaming mouse using a PixArt PAW3395 optical sensor at up to 26,000 DPI with 2.4GHz 1ms wireless response and a TTC Gold encoder.

Pulsar has built a reputation in the boutique lightweight mouse space. The X2 brings that symmetrical, sub-55g design into our catalog at a price that undercuts most of the competitive-shooter mice we already carry.

Sensor and Polling

PAW3395 is one of the most trusted sensors in the sub-$100 wireless space. 26,000 DPI and 1ms wireless response puts this squarely in competitive-shooter territory, no meaningful tracking compromises versus mice twice the price.

Weight and Shape

52g with a symmetrical shape makes this one of the lightest mice in our entire catalog, closer to Finalmouse territory than most mainstream brands, without the scarcity and resale markup that comes with Finalmouse drops.

Comparison to Alternatives

Against our own Logitech G Pro X Superlight 2, the Superlight 2 costs more and carries brand-name software support; the X2 is the better value pick if raw weight and sensor performance matter more than ecosystem polish. Against the Finalmouse UltralightX, also new here, the X2 is heavier by roughly 20g but a fraction of the price and doesn't carry the same availability headaches.

Specifications

Identity

BrandPulsar
ModelX2

Design

ConnectivityWireless
Grip TypeAmbidextrous
ShapeSymmetrical

Weight and size

Weight52 g
SensorPAW3395 Optical, up to 26,000 DPI
Connection2.4GHz wireless, 1ms
EncoderTTC Gold

Expert Review

Reviewed by Burooj Alam. Rated by us, not by users.

Best for

  • Competitive players who want featherweight performance without Finalmouse-level pricing or scarcity.
  • Anyone who prefers a symmetrical shape over the DeathAdder's ergonomic curve.

Not for

  • Buyers who want a full first-party software suite and RGB customization ecosystem.
  • Larger hands that prefer a fuller palm-grip shell rather than a compact symmetrical body.

FAQs

What are the key specifications of the Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder)?

The Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder) is a gaming mouse from Pulsar. Key specs: Connectivity Wireless, Grip Type Ambidextrous, Shape Symmetrical, Weight 52, Sensor PAW3395 Optical, up to 26,000 DPI.

Will the Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder) work with my current setup?

The Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder) lists Sensor is PAW3395 Optical, up to 26,000 DPI. Check that against the hardware you already own before buying, since this is the field that most often decides whether a part fits.

Who is the Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder) best suited to?

It suits competitive players who want featherweight performance without finalmouse-level pricing or scarcity., anyone who prefers a symmetrical shape over the deathadder's ergonomic curve..

What are the drawbacks of the Pulsar X2 (Wireless/Ambidextrous Symmetrical/52g/PAW3395 Sensor up to 26,000 DPI/2.4GHz 1ms/TTC Gold Encoder)?

It is a poor fit for buyers who want a full first-party software suite and rgb customization ecosystem., larger hands that prefer a fuller palm-grip shell rather than a compact symmetrical body..

Compare and read more