The Xcortech XT501 MK2 is a tracer unit designed to provide consistent and reliable illumination of tracer BBs in low-light and night gameplay environments. Its high-intensity UV LED system ensures proper activation of tracer BBs even during sustained firing, maintaining stable performance shot after shot.

The unit features a durable metal body and a compact design, suitable for installation on replicas equipped with standard 14 mm CCW threading. Intelligent power management with motion activation and battery status indicators improves efficiency and ease of use, reducing unnecessary battery drain during downtime.

Thanks to its ability to handle high rates of fire, the XT501 MK2 is well suited for both electric and gas replicas, offering clear BB trajectory visibility without sacrificing consistency.

End-user benefits

Improved shot tracking in low-light conditions, reliable performance at high ROF, robust construction and quick installation on standard threaded replicas.

Technical specifications

Brand: Xcortech

Model: XT501 MK2

Type: UV tracer unit

BB compatibility: 6 mm tracer BBs

Thread: 14 mm CCW

Supported rate of fire: up to 35 RPS

Body: metal construction

Features: automatic activation, power saving, battery status indicator

Package contents

Xcortech XT501 MK2 tracer unit

Instruction manual

Conclusion

The Xcortech XT501 MK2 is a dependable and high-performance tracer unit for softgunners who want enhanced shot visibility and consistent tracer activation during night or indoor gameplay.

Safety warnings and information

Use only with compatible 6 mm tracer BBs.

Do not look directly into the light source while operating.

Keep out of reach of children.

Do not expose to excessive heat, open flames or moisture.

Remove the unit from the replica before maintenance.

Transport replicas fitted with tracer units in closed cases to avoid confusion.

Tampering prohibition: Disassembly or modification of electronic components, LED system or structural parts is strictly prohibited. Unauthorized alterations may compromise safety and regulatory compliance.