| Issue | Correction | Severity |
|---|---|---|
| 1. Gas adjustment valve hairpin clip is oversized and falls off easily when the handguard is removed. | Use a properly sized hairpin clip. | Low |
| 2. Gas block screws do not have any thread locking compound. | Use a thread locking compound, preferably Loctite 272 (high temperature, red). | Low |
| 3. Barrel nut was not greased during assembly. | Use grease on the barrel extension, barrel nut threads, and barrel shoulder, preferably Aeroshell 64 (formerly 33Ms). | Medium |
| 4. Barrel lacks dimpling for one of the two gas block screws. | Dimple the barrel. | Low |
| 5. Picatinny slots are out of spec on the handguard, upper receiver, and lower receiver. | Update the CNC machining program. | Medium |
| 6. Picatinny slots on the handguard are not aligned with the upper receiver. | Update the CNC machining program. | Low |
| 7. M-LOK slots are out of spec on the handguard. | License the free MAGPUL M-LOK design and update the machining program. | Low |
| 8. Clearance on the backside of the M-LOK slots is too narrow and will not allow the T-nuts to fully lock in place. | Update the CNC machining program or update the aluminum handguard extrusion. | Low |
| 9. Handguard cross bolts partially thread into the barrel nut. | Update CNC machining program for the location of the cross bolt screws or update dimensions of the barrel nut. | Medium |
| 10. Handguard steel cross bolts tighten into the aluminum handguard. | Add steel threads to the handguard for the handguard cross bolts to screw into. Potentially use a thread locking compound, preferably Loctite 243 (oil-tolerant, blue). | Medium |
| 11. Charging handle becomes wedged under the handguard. | Design clearance in the handguard or prevent the charging handle slide from overtravelling forward into the handguard. | High |
| 12. Lower receiver lacks M4 feedramps. | Update the CNC machining program to add M4 feedramps. | Low |
| 13. Bolt carrier piston strike face (gas key replacement) screws are not secured in place. | Use a thread locking compound, preferably Loctite 272 (high temperature, red) or stake the screws. | High |
| 14. Rifle did not cycle from the factory. | Verify rifle function with test firing from the factory. | High |
That’s a big list of things to fix …I'm sure everyone is excited for the first batch of NR Makasi to arrive in Canada despite the delays and unclear timelines. I won't be getting a second rifle but would like to hear if the rifles arriving later this year rectify the QC issues that were identified. Here's a complete list of deficiencies that we hope Brigade Mfg. has corrected in the "upgraded" Makasi rifles:
Issue Correction Severity 1. Gas adjustment valve hairpin clip is oversized and falls off easily when the handguard is removed. Use a properly sized hairpin clip. Low 2. Gas block screws do not have any thread locking compound. Use a thread locking compound, preferably Loctite 272 (high temperature, red). Low 3. Barrel nut was not greased during assembly. Use grease on the barrel extension, barrel nut threads, and barrel shoulder, preferably Aeroshell 64 (formerly 33Ms). Medium 4. Barrel lacks dimpling for one of the two gas block screws. Dimple the barrel. Low 5. Picatinny slots are out of spec on the handguard, upper receiver, and lower receiver. Update the CNC machining program. Medium 6. Picatinny slots on the handguard are not aligned with the upper receiver. Update the CNC machining program. Low 7. M-LOK slots are out of spec on the handguard. License the free MAGPUL M-LOK design and update the machining program. Low 8. Clearance on the backside of the M-LOK slots is too narrow and will not allow the T-nuts to fully lock in place. Update the CNC machining program or update the aluminum handguard extrusion. Low 9. Handguard cross bolts partially thread into the barrel nut. Update CNC machining program for the location of the cross bolt screws or update dimensions of the barrel nut. Medium 10. Handguard steel cross bolts tighten into the aluminum handguard. Add steel threads to the handguard for the handguard cross bolts to screw into. Potentially use a thread locking compound, preferably Loctite 243 (oil-tolerant, blue). Medium 11. Charging handle becomes wedged under the handguard. Design clearance in the handguard or prevent the charging handle slide from overtravelling forward into the handguard. High 12. Lower receiver lacks M4 feedramps. Update the CNC machining program to add M4 feedramps. Low 13. Bolt carrier piston strike face (gas key replacement) screws are not secured in place. Use a thread locking compound, preferably Loctite 272 (high temperature, red) or stake the screws. High 14. Rifle did not cycle from the factory. Verify rifle function with test firing from the factory. High
As a quick update, the threads for my handguard's crossbolts are very close to completely being stripped after mounting and unmounting the handguard less than 10 times. This is despite being highly aware of this issue and careful during installation. Now I hope Brigade Mfg. also delivers spare parts to the Canadian market.
No kidding…beta testing rifle?That’s a big list of things to fix …
Their number 1 issue is to make sure the rifles work without break-ins.In all honesty, if they've managed to fix the Picatinny and MLOC dimensions, addressed the Charging Handle sticking under the Handguard, added Loctite to fasteners as appropriate, switched out the Handguard Fasteners and Barrel Nuts for steel parts, and Test-Fired at the factory to ensure basic function? Those fixes would resolve all of the important QC issues noted to date and would elevate the Makasi to "ready for prime-time" service as a reliable, durable and reasonably accurate utility carbine. Those fixes are certainly not too much to ask, nor to expect from a responsive manufacturer who cares about customer support and continual product quality improvement. I expect that the Canadian Makasis of both Handguard lengths will have those issues addressed. We shall soon see if that is the case. Nothing prevents us from hammering Brigade Manufacturing with e-mail complaints if they have not addressed the critical shortcomings previously identified with the Makasi platform.....
I'm sure everyone is excited for the first batch of NR Makasi to arrive in Canada despite the delays and unclear timelines. I won't be getting a second rifle but would like to hear if the rifles arriving later this year rectify the QC issues that were identified. Here's a complete list of deficiencies that we hope Brigade Mfg. has corrected in the "upgraded" Makasi rifles:
Issue Correction Severity 1. Gas adjustment valve hairpin clip is oversized and falls off easily when the handguard is removed. Use a properly sized hairpin clip. Low 2. Gas block screws do not have any thread locking compound. Use a thread locking compound, preferably Loctite 272 (high temperature, red). Low 3. Barrel nut was not greased during assembly. Use grease on the barrel extension, barrel nut threads, and barrel shoulder, preferably Aeroshell 64 (formerly 33Ms). Medium 4. Barrel lacks dimpling for one of the two gas block screws. Dimple the barrel. Low 5. Picatinny slots are out of spec on the handguard, upper receiver, and lower receiver. Update the CNC machining program. Medium 6. Picatinny slots on the handguard are not aligned with the upper receiver. Update the CNC machining program. Low 7. M-LOK slots are out of spec on the handguard. License the free MAGPUL M-LOK design and update the machining program. Low 8. Clearance on the backside of the M-LOK slots is too narrow and will not allow the T-nuts to fully lock in place. Update the CNC machining program or update the aluminum handguard extrusion. Low 9. Handguard cross bolts partially thread into the barrel nut. Update CNC machining program for the location of the cross bolt screws or update dimensions of the barrel nut. Medium 10. Handguard steel cross bolts tighten into the aluminum handguard. Add steel threads to the handguard for the handguard cross bolts to screw into. Potentially use a thread locking compound, preferably Loctite 243 (oil-tolerant, blue). Medium 11. Charging handle becomes wedged under the handguard. Design clearance in the handguard or prevent the charging handle slide from overtravelling forward into the handguard. High 12. Lower receiver lacks M4 feedramps. Update the CNC machining program to add M4 feedramps. Low 13. Bolt carrier piston strike face (gas key replacement) screws are not secured in place. Use a thread locking compound, preferably Loctite 272 (high temperature, red) or stake the screws. High 14. Rifle did not cycle from the factory. Verify rifle function with test firing from the factory. High
As a quick update, the threads for my handguard's crossbolts are very close to completely being stripped after mounting and unmounting the handguard less than 10 times. This is despite being highly aware of this issue and careful during installation. Now I hope Brigade Mfg. also delivers spare parts to the Canadian market.
Their number 1 issue is to make sure the rifles work without break-ins.
That will be their number one return issue and will frustrate many less experienced owners. that will be the thing that eats into distributor margin and make the retailer counter staffs spin.
The handguard / barrel nut alignment issue can be fixed with the depth of the barrel nut or the barrel nut extension of the receiver. That is actually an easy fix I think.
The top rail alignment issue maybe trickier than it looks. The extrusion tube needs to fit over the barrel nut - moving that opening for the barrel nut may mean the opening is off centre from the extrusion tube, that may introduce other 2nd order issue like thickness of the hanguard in certain areas and also the barrel nut / handguard cross bolt positioning. If that doesn't work the extrusion tube may need a new die.....that's not fun anymore because it needs an external contractor involvement.
In all honesty, that top rail alignment doesn't bother me at much these days. In 2010 I would have gone nuts over this sort of thing but realistically is anyone mounting clip on thermal? And 99.99% of the optic for this sort of rifle doesn't need that rail space in between.
I've seen some pretty bubba'd up SKS's being sold without issues. With the limited selection of semi auto .223 up here I think they are well aware of our "captive audience" status.The Canadian market is likely the biggest customer that Brigade has going
You need to remember that most people in the US that want this kind of firearm are 99% of the time going to go buy an AR15 and not this one
Brigade fixing these issues could make or break their market up here so they prob think it be best to cater to our picky asses
I have a thermal clip on and IR and I don’t care about top rail alignment … it really doesn’t matter the way people think …Their number 1 issue is to make sure the rifles work without break-ins.
That will be their number one return issue and will frustrate many less experienced owners. that will be the thing that eats into distributor margin and make the retailer counter staffs spin.
The handguard / barrel nut alignment issue can be fixed with the depth of the barrel nut or the barrel nut extension of the receiver. That is actually an easy fix I think.
The top rail alignment issue maybe trickier than it looks. The extrusion tube needs to fit over the barrel nut - moving that opening for the barrel nut may mean the opening is off centre from the extrusion tube, that may introduce other 2nd order issue like thickness of the hanguard in certain areas and also the barrel nut / handguard cross bolt positioning. If that doesn't work the extrusion tube may need a new die.....that's not fun anymore because it needs an external contractor involvement.
In all honesty, that top rail alignment doesn't bother me at much these days. In 2010 I would have gone nuts over this sort of thing but realistically is anyone mounting clip on thermal? And 99.99% of the optic for this sort of rifle doesn't need that rail space in between.
For sure, the bar is very low for Brigade Mfg. to meet. However, when they say "all QC issues have been addressed," I expect them to mean it. Of course Canadians will continue to spend their hard earned money on the rifle regardless, but I would hope they have the integrity to deliver a quality product.In all honesty, if they've managed to fix the Picatinny and MLOC dimensions, addressed the Charging Handle sticking under the Handguard, added Loctite to fasteners as appropriate, switched out the Handguard Fasteners and Barrel Nuts for steel parts, and Test-Fired at the factory to ensure basic function? Those fixes would resolve all of the important QC issues noted to date and would elevate the Makasi to "ready for prime-time" service as a reliable, durable and reasonably accurate utility carbine. Those fixes are certainly not too much to ask, nor to expect from a responsive manufacturer who cares about customer support and continual product quality improvement. I expect that the Canadian Makasis of both Handguard lengths will have those issues addressed. We shall soon see if that is the case. Nothing prevents us from hammering Brigade Manufacturing with e-mail complaints if they have not addressed the critical shortcomings previously identified with the Makasi platform.....



























