Quick load 6.5 prc 140AB
- Thread starter hoyt-6190
- Start date
Blkram
Handloader
- Nov 25, 2013
- 3,100
- 3,589
The data I wrote down from QuickLoad for the 140 gr AB in my 24" barreled 6.5 PRC and max 65,000 psi showed the following for two powders I have on hand:
I have not yet had a chance to try these.
- Re-26: max @ 58.3 gr for 3090 fps
- Magpro: max @ 60.6 gr for 3082 fps
I have not yet had a chance to try these.
- Thread starter
- #3
xphunter
Handloader
- Sep 15, 2005
- 1,499
- 3,091
Appreciate the RL-26 data.
That is what I plan to use with my sub 16 incher with my hunting bullets, once I have 100+ rounds through the tube
That is what I plan to use with my sub 16 incher with my hunting bullets, once I have 100+ rounds through the tube
DrMike
Ballistician
- Nov 8, 2006
- 37,854
- 7,630
Code:
Cartridge : 6.5 PRC
Bullet : .264, 140, Nosler AccuBond 57873
Useable Case Capaci: 59.313 grain H2O = 3.851 cm³
Cartridge O.A.L. L6: 2.910 inch = 73.91 mm
Barrel Length : 24.0 inch = 609.6 mm
Powder : Vihtavuori N560 *C
Predicted data by increasing and decreasing the given charge,
incremented in steps of 1.0% of nominal charge.
CAUTION: Figures exceed maximum and minimum recommended loads !
Step Fill. Charge Vel. Energy Pmax Pmuz Prop.Burnt B_Time
% % Grains fps ft.lbs psi psi % ms
-10.0 91 50.85 2752 2354 45728 12264 95.9 1.374
-09.0 92 51.42 2783 2408 47304 12404 96.3 1.352
-08.0 93 51.98 2815 2463 48939 12540 96.8 1.331
-07.0 94 52.55 2847 2519 50633 12670 97.2 1.311
-06.0 95 53.11 2878 2575 52384 12796 97.6 1.290
-05.0 96 53.68 2910 2632 54188 12916 97.9 1.270
-04.0 97 54.24 2941 2689 56049 13031 98.2 1.250 ! Near Maximum !
-03.0 98 54.81 2973 2747 57973 13140 98.5 1.231 ! Near Maximum !
-02.0 99 55.37 3004 2805 59964 13244 98.8 1.212 ! Near Maximum !
-01.0 100 55.94 3035 2864 62025 13341 99.0 1.194 ! Near Maximum !
+00.0 101 56.50 3067 2924 64159 13433 99.3 1.176 ! Near Maximum !
+01.0 102 57.07 3098 2983 66368 13519 99.4 1.158 !DANGEROUS LOAD-DO NOT USE!
+02.0 103 57.63 3129 3044 68657 13597 99.6 1.140 !DANGEROUS LOAD-DO NOT USE!
+03.0 104 58.20 3160 3104 71029 13670 99.7 1.123 !DANGEROUS LOAD-DO NOT USE!
+04.0 105 58.76 3191 3165 73487 13736 99.8 1.106 !DANGEROUS LOAD-DO NOT USE!
+05.0 106 59.33 3222 3227 76035 13795 99.9 1.089 !DANGEROUS LOAD-DO NOT USE!
Results caused by ± 5% powder lot-to-lot burning rate variation using nominal charge
Data for burning rate increased by 5% relative to nominal value:
+Ba 101 56.50 3143 3071 70838 13253 100.0 1.127 !DANGEROUS LOAD-DO NOT USE!
Data for burning rate decreased by 5% relative to nominal value:
-Ba 101 56.50 2976 2753 57551 13413 97.3 1.231 ! Near Maximum !That little 6.5 PRC is a dandy cartridge. I kinda think it’s one of the best all rounders to hit the pike out of the new stuff. I tell folks I think it’s the modern version of the 270 Win since it is able
To handle really slick bullets, uses about the same amount of powder as a 270 and is usually fairly accurate.
To handle really slick bullets, uses about the same amount of powder as a 270 and is usually fairly accurate.
Blkram
Handloader
- Nov 25, 2013
- 3,100
- 3,589
While not a handload, and not the 140 gr AccuBond, I will say that I did try the Nosler 142 gr ABLR factory ammo in my 6.5 PRC yesterday and was happy with the first test results!
It produced 2921 fps from the 24" Wilson carbon fibre barrel (21 fs over spec), and a 3 shot group of 0.680" at 100 yards. ES was 26.9 and SD was 12.0.
With the BC of 0.625, it is still retaining 2251 fps and 1597 ft lbs of energy at 500 yards, and dropping just 36.7" from a 200 yard zero. With a sectional density of 0.291, this bonded bullet is going to penetrate like crazy!
All I can say is that it didn't take long for these bullets to ring steel at 450 yards! And I was able to see the bullet impact in the scope!
(Have I mentioned how much I like these Leupold VX-5HD 3-15x44 B&C scopes!
)
While not quite as accurate as the Nosler 140 gr AccuBond ammo in my rifle (0.632" groups @ 100 yards), it is providing the expected velocity that the 140 gr ammo didn't (2744 fps vs 2900 fps spec). As much as I like this ammo and bullet, with this slower velocity, it is only going to retain 1970 fps and 1207 ft lbs of energy at 500 yards, and drops 44.9" with a 200 yard zero. While this is sufficient for deer and sheep hunting,where the bullet will still expand reliably, and have enough energy for a clean kill, that additional 8.3 inches of trajectory drop may be a concern in a cartridge that was designed for flatter shooting. (Not that I have ever shot an animal at 500 yards...)
I have to say that this Wilson carbon fibre barrel is proving to be consistently accurate with factory ammunition to date. Of the 10 factory loads tried, only 2 have not produced MOA or smaller groups with bullets weights ranging from 127 to 143 grains. (The Barnes 127 gr LRX produced 1.510" groups and the Hornady 130 gr CX produced 2.012" groups.) Surprisingly, the Federal Fusion 140 gr ammo produced the tightest groups to date at 0.537".
I was starting to wonder about its ability to produce velocity as most loads are under spec, but 3 of the various loads did produce better than factory spec velocities; the Hornady 130 gr CX was at 3110 fps (2975 factory spec), Federal 130 gr Terminal Ascent was at 3026 fps (3000 fps factory spec), and the Nosler 142 gr LRAB as noted above. The other ammo produced velocities from 46 to 170 fps slower than spec.
It produced 2921 fps from the 24" Wilson carbon fibre barrel (21 fs over spec), and a 3 shot group of 0.680" at 100 yards. ES was 26.9 and SD was 12.0.
With the BC of 0.625, it is still retaining 2251 fps and 1597 ft lbs of energy at 500 yards, and dropping just 36.7" from a 200 yard zero. With a sectional density of 0.291, this bonded bullet is going to penetrate like crazy!
All I can say is that it didn't take long for these bullets to ring steel at 450 yards! And I was able to see the bullet impact in the scope!
(Have I mentioned how much I like these Leupold VX-5HD 3-15x44 B&C scopes!
)While not quite as accurate as the Nosler 140 gr AccuBond ammo in my rifle (0.632" groups @ 100 yards), it is providing the expected velocity that the 140 gr ammo didn't (2744 fps vs 2900 fps spec). As much as I like this ammo and bullet, with this slower velocity, it is only going to retain 1970 fps and 1207 ft lbs of energy at 500 yards, and drops 44.9" with a 200 yard zero. While this is sufficient for deer and sheep hunting,where the bullet will still expand reliably, and have enough energy for a clean kill, that additional 8.3 inches of trajectory drop may be a concern in a cartridge that was designed for flatter shooting. (Not that I have ever shot an animal at 500 yards...)
I have to say that this Wilson carbon fibre barrel is proving to be consistently accurate with factory ammunition to date. Of the 10 factory loads tried, only 2 have not produced MOA or smaller groups with bullets weights ranging from 127 to 143 grains. (The Barnes 127 gr LRX produced 1.510" groups and the Hornady 130 gr CX produced 2.012" groups.) Surprisingly, the Federal Fusion 140 gr ammo produced the tightest groups to date at 0.537".
I was starting to wonder about its ability to produce velocity as most loads are under spec, but 3 of the various loads did produce better than factory spec velocities; the Hornady 130 gr CX was at 3110 fps (2975 factory spec), Federal 130 gr Terminal Ascent was at 3026 fps (3000 fps factory spec), and the Nosler 142 gr LRAB as noted above. The other ammo produced velocities from 46 to 170 fps slower than spec.
- Nov 4, 2004
- 26,267
- 11,832
Gil,
Your results are impressive. The Nosler 142 gr ABLR factory load seems like the clear winner. The BC and flatter trajectory can't be ignored.
JD338
Your results are impressive. The Nosler 142 gr ABLR factory load seems like the clear winner. The BC and flatter trajectory can't be ignored.
JD338
