Deermanagement
Well-Known Member
So, should I have too for one reason or another and be forced to go non-lead, I’ve been looking at options that provide the nearest requirement for a couple of different calibres.
Been looking with interest at Peregrine and Yew Tree for 3 calibres, .243. 6.5 Creedmoor and .270
Requirements for .243 are mainly roe, and odd sika pricket, max 200m
Requirements for 6.5 Creedmoor are mainly Sika, calves to big stags, and would like ability to push to more like 300m
Requirements for .270 are mainly Sika, calves to big stags, and would like ability to push again to 300m
Yew tree 80.5g look ok for the .243 but would like to know min twist and the approx. terminal velocity for decent expansion?
For the 6.5 Creedmoor, would like to know the approx. terminal velocity once again, for both versions of the Yew Tree 6.5 bullets, 112g and tipped 114g. Then likewise, would need to know the same detail for the Peregrine VLR4 118 and 124g bullets
For the .270, would like to know the approx. terminal velocity for the Yew Tree .270 bullets, 118g., and the same detail for the Peregrine VLR4 125 and 132g bullets, along with minimum twist for these bullets.
Any realistic data appreciated. Accuracy is important and these seem to produce, maybe down to engineering tolerance and detection of any lobed diameters that are not possible to detect with normal gauging and measurement.
Have been considering the Evo Green but do not really like the idea of large fragmentation and accompanying damage, although would prefer this over a poorly expanded monolithic.
Been looking with interest at Peregrine and Yew Tree for 3 calibres, .243. 6.5 Creedmoor and .270
Requirements for .243 are mainly roe, and odd sika pricket, max 200m
Requirements for 6.5 Creedmoor are mainly Sika, calves to big stags, and would like ability to push to more like 300m
Requirements for .270 are mainly Sika, calves to big stags, and would like ability to push again to 300m
Yew tree 80.5g look ok for the .243 but would like to know min twist and the approx. terminal velocity for decent expansion?
For the 6.5 Creedmoor, would like to know the approx. terminal velocity once again, for both versions of the Yew Tree 6.5 bullets, 112g and tipped 114g. Then likewise, would need to know the same detail for the Peregrine VLR4 118 and 124g bullets
For the .270, would like to know the approx. terminal velocity for the Yew Tree .270 bullets, 118g., and the same detail for the Peregrine VLR4 125 and 132g bullets, along with minimum twist for these bullets.
Any realistic data appreciated. Accuracy is important and these seem to produce, maybe down to engineering tolerance and detection of any lobed diameters that are not possible to detect with normal gauging and measurement.
Have been considering the Evo Green but do not really like the idea of large fragmentation and accompanying damage, although would prefer this over a poorly expanded monolithic.