R290.00
Regular 2cc 14 gauge type P (pneumatic) and type C (charge) darts, with needle lengths from 0.75″ to 1.5″. Available retention devices: gel collar or wire barb.
| Length | 0.75 inch, 1 inch, 1.25 inch, 1.5 inch |
|---|---|
| Dart Type | Barb, Gel |
| Gauge Size | 14 Gauge |
| Projector Type | ( C ) – Charge, ( P ) – Pneumatic |
Type: Cartridge Color: Black stock, blued assembly Pack Size: 1 *Cycling for Models 196 and 389* Recent field studies have concluded that cartridge-based projectors perform best when given adequate time to cycle. By definition: Cycling implies the ability for the gas chamber, within a cartridge-fired projector, to replenish itself with fresh oxygen. When achieved the projector yields a more consistent burn rate in each charge fired. Failure to do so results in less oxygen yielding lower combustion levels (e.g., reduced muzzle velocities) for subsequent RDD Devices fired at less than 30-second intervals. All of our projectors have adjustable power controls that makes for effective shooting at close range or sizable distance, even from the bird’s eye view of a helicopter. This allows for quiet propulsion and less trauma to the animal when properly applied — a real plus when immobilizing penned animals.
10cc 14 Gauge Type U Darts (5 Pack)
10cc 14 gauge type U darts with flight stabilisers, and needle length of 1.5″. Available retention devices: wire barb only.
1cc 14 Gauge Type P & C Darts (5 Pack)
Regular 1cc 14 gauge type P (pneumatic) and type C (charge) darts, with needle lengths from 0.5″ to 1.5″. Available retention devices: gel collar only.
2cc 14 Gauge Telemetry Darts (5 Pack)
2cc 14 gauge telemetry type P (pneumatic) and type C (charge) darts, with needle length of 0.75″. Available retention devices: double barb only.
Type: Cartridge Color: Black stock, electroless-nickel assembly Pack size: 1 *Cycling for Model 389* Recent field studies have concluded that cartridge-based projectors perform best when given adequate time to cycle. By definition: Cycling implies the ability for the gas chamber, within a cartridge-fired projector, to replenish itself with fresh oxygen. When achieved the projector yields a more consistent burn rate in each charge fired. Failure to do so results in less oxygen yielding lower combustion levels (e.g., reduced muzzle velocities) for subsequent RDD Devices fired at less than 30-second intervals.
