Level 1, The level 1 service entails improving upon almost every aspect of your rifle short of re-machining the barrel and receiver. This service make the most dramatic change and usually enables your rifle to shoot sub MOA Groups. Because of the different stock bedding techniques the level 1 service is broken down in to level 1a and 1b
Level 1a, $295.00
For Rifles with an aluminum stock bedding block such as
Sendero or H-S Precision.1. Barrel diagnostic.
2. epoxy bed the aluminum bedding block and float barrel
3. Re-crown the barrel with an 11 degree counter-bore style crown.
4. Trigger tune.
5. Line bore Rings and bases and mount scope.
6. Lap bolt LugsLevel 1b, $335.00
For Rifles with wood or synthetic stocks that can be aluminum pillar bedded.1. Barrel diagnostic
2. epoxy bed stock with aluminum pillars and float barrel
3. Re-crown the barrel with an 11 degree counter-bore style crown.
4. Trigger tune.
5. Line bore Rings and bases and mount scope.
6. Lap bolt Lugs
Level 2 Gives you that last bit of accuracy that can only be achieved with a match quality chamber and a perfect receiver barrel fit. The level 2 many times raises your rifle’s accuracy to that of a full blown custom rifle depending on barrel quality.
Level 2a $695
1. Everything in Level 1a
2. Blue print receiver
3. Remove original barrel thread extension. Rethread barrel to precisely fit receiver.
4. Re-cut chamber to match quality and polish.Level 2b $735
1. Everything in Level 1b
2. Blue print receiver
3. Remove original barrel thread extension. Rethread barrel to precisely fit receiver.
4. Re-cut chamber to match quality and polish.
Options
1. Drill and re-tap Scope base holes to 8x40 for better alignment and more strength.
2. Tactical Bolt handle
Badger knob
Holland’s
ECT
Taylor
3. Leupold Dual Dove tail Rings and bases
4. Badger 20 Minutes tapered rings and bases.
One piece
Two piece
5. H-S Precision PST-25/26 stock vertical grip with adjustable Length of pull and adjustable comb.
6. H-S Precision PST03C stock vertical grip with adjustable Length of pull and adjustable comb.
Depending on your needs we offer 2 levels of accurizing services to Remington 700 rifles. All Remington 700s fall into one of two categories light/sporter or heavy/target. The light/sporter models are confined to only level 1 (unless the barrel is replaced). Because the taper of the light/sporter barrel starts immediately at the recoil lug and tapers quickly to a sporter weight there is not enough barrel material to remove all of the original threads and cut new ones. The heavy/target models such as, but not limited to, the Sendero, VLS, VSF, or BDL Varmint are suited to both levels of our accurizing services.
RIFLE WORK
Fire lap barrel to enhance accuracy on standard calibers. Customer supplies 100 Primed cases and bullets |
$140.00 |
Remove copper from badly fouled bore, includes electrolytically cleaning bore with JB-Bore polish |
$135.00 |
Mounting scopes including bore sighting |
$45.50 |
Precision scope mounting including line boring rings to eliminate stress |
$85.00 |
Free float rifle barrels on average |
$45.00 |
Drill and tap most rifles for scopes, including mounting and bore sighting |
$75.00 |
Adjust adjustable trigger. |
$45.00 |
Lighten and remove creep from non adjustable trigger |
$65.00 |
Install Williams iron sights (sights and labor) |
$120.00 |
Cut and crown rifle barrel |
$65.00 |
Mill dovetail in barrel for sights |
$45.00 |
Mill grooves in receiver to accept 22 tip off rings |
$65.00 |
Open rails and rework claw extractors to feed magnum ammo |
$65.00 |
Open bolt face on average |
$35.00 |
Sako style extractor installed on Remington bolts |
$175.00 |
3-Position safety installed on most commercial and military surplus actions |
$230.00 |
Flute and lighten Remington 700 bolt |
$85.00 |
The best accuracy possible is everybody's goal. Our 29-point diagnostic is the straightest line to that goal. Many times the diagnostic process itself drastically enhances accuracy.. Each diagnostic begins by first measuring all critical tolerances such as the bore diameter, groove diameter and throat diameter and length. With the use of optical inspection equipment the condition of the bore’s surface is checked along with the condition of the barrels crown. Also important is the consistency of the bore diameter and consistency of the twist. Chamber casting will open windows onto any flaws or irregularities in the chamber and throat. After that the rifle is carefully disassembled. As the rifle is disassembled we look for anything that might impair accuracy, such as poorly torqued scope mount or guard screws or stress torqued into an assembly. Vibrations are the result of a lack of rigidity or from stress resulting from the poor relationship of a rifle's different components or subassemblies. Through the use of dial indicators these problems are identified and solutions can be recommended. Many times these problems are reduced or eliminated during reassembling. Some problems are not as easy. Poor chamber work can be devastating to good accuracy. The best match grade barrel and pillar bedded stock will never yield good accuracy if your chamber has a crooked, or over size throat. Each of the 29 points are checked or measured then given a grade of 1 to 5, 5 being perfect.
The 29 Point Check List
1. The crown |
16. Neck diameter |
2. Magazine box position | 17. Neck concentricity |
3. Bolt handle binding on the stock or receiver | 18. Throat diameter |
4. Scope tracking | 19. Throat concentricity |
5. Scope adjustment range | 20. Throat length |
6.Quality and condition of scope mounts | 21. Throat erosion |
7. Proper scope mount torque | 22. Recoil lug engagement |
8. Scope mount stress | 23. Proper barrel twist rate |
9. Trigger guard screw torque | 24. Consistent twist rate |
10. Trigger guard screw firmness | 25. Proper groove diameter |
11. Action bedding flex & stress | 26. Proper bore diameter |
12. Barrel channel, proper fit | 27. consistent bore and groove diameter |
13. Headspace | 28. Trigger pull, weight and creep |
14. Chamber finish | 29. Effects from firing pin fall |
15. Chamber concentricity |