(Recommended Retail per Box/per Bulk Pack) available:
Flat shipping rate of $11.00 up to approximately 14kg of product.
30 cal/7.62mm
210gr Status: Taking Orders $34.50/50 box; $333.36/500 box.
185gr Status: Taking Orders $65.50/100 box; $316.42/500 box.;
155gr1 Status: Taking Orders $63.00/100 box; $304.37/500 box.
1 - Based on ICFRA Tech Rules & Regs for Fullbore TR 2008 Ed. 3 - Jul 2008 rule T2.19.2.1.
284 cal/7mm
180gr Status: Taking Orders $66.00/100 box; $318.84/500 box.
168gr Status: Taking Orders $65.00/100 box; $314.00/500 box.
264 cal/6.5mm
- 140gr Status: Taking Orders $62.00/100 box; $299.53/500 box.
- 130gr Status: Production Trials $61.00/100 box; $294.69/500 box.
257cal/6.3mm
- 130gr to 135gr Status: Tooling & Component Trials
243cal/6mm
- 105gr Status: Tooling & Component Trials
224cal/5.56mm
- 80gr2 Status: Taking Orders $40.00/100 box; $193.22/500 box.
2 - Based on ICFRA Tech Rules & Regs for Fullbore TR 2008 Ed. 3 - Jul 2008 rule T2.19.2.2.
Design Characteristics
1. Base
1.1 Boat tails
- Slightly rebated/stepped as a result of hand swaging type tooling in appearance;
- More accurate than a plain boat-tail? Find out for yourself;
- Creates the appropriate amount of drag to keep the centre of pressure behind the centre of gravity;
- Maximises accuracy and velocity efficiency at 500y+;
- Critical to stability/accuracy during transonic and subsonic velocity levels; Depening on overall design the boat tail and mach speed, boat tails can contribute over 50% of total projectile drag!
- Angles used depend on the boat tail length but for long range (500y+) range from 10 degrees down to 7 degress.
1.2 Flat Bases
- Maximises accuracy at ranges less than 500y.
2. Shank/Bearing Surface
- Sufficient length to ensure projectile alignment in barrel;
- Tapers slightly from a maximum diameter at the Base to where it meets the Ogive.
- Surprisingly the shank contributes little to the overall drag through the atmosphere of a projectile.
3. Ogive
- A moderately aggressive 12+ calibre ogive with a tangent finish.
- Provides good velocity efficiency with good tolerance for seating depth.
- Provides a significant portion of the overall projectile drag.
4. Meplat
- Designed to provide a consistent diameter finish with a moderately small open tip diameter, this should minimise the requirement for tipping/pointing the meplat.
- Does provide a portion of the overall projectile drag. Most designs have an optimum meplat diameter of 15% of their projectile calibre at supersonic flight. A meplat diameter of 20% provides the same drag as a meplat diameter of 10%. An absolute pointed cone provides the most efficient meplat but has yet to be achieved with an open tip match (OTM) projectile design!
5. Jackets
- Precision gilding metal target jackets 95% copper, 5% zinc.
6. Cores
- 99.9+% extruded lead
|
