The Redback One Shooting System: The High Mounted Optic

The Redback One Shooting System:

The High Mounted Optic.

I get asked all the time why I have my Aimpoint set on such a high mount? So I thought that I would write a piece on the Redback One methodology and how that relates to our shooting system and weapons set up.

There are several reasons for setting the combat optic on a high riser block and here they are.

Mitigation of muscular fatigue: The neck. Having a low mounted optic on the rifle forces the shooter to extend the head forward and down in order to acquire the sight picture. This places excessive stress on the trapezius and sternoclidomastoid muscles as they run through the upper part of the neck. Mounting the sight on a high riser block alleviates this stress by keeping the head in a more neutral position and allows the shooter to conduct long clearances more comfortably.

Mitigating muscular fatigue. The eye. By placing the optic low on the rifle and angling the head forward places a high amount of stress on the superior rectus muscle of the eye. This is an extraocular muscle that is innovated by the oculomotor nerve. The superior rectus primary function is elevation and is in its primary position while looking straight ahead. By mounting the combat optic on a high riser block, the shooter can maintain the superior rectus in as close to its neutral position as possible. This not only minimizes stress and fatigue of the eye but also allows the eye to maintain a greater range of motion, which is vital to proper scanning procedures during room combat.

Rearward Mounting and Butt-stock Position. Mounting the sight as far to the rear as possible allows the shooter to maximize the field of view provided by the combat optic. As the Aimpoint Micro is a technically more difficult sight to use due to the restricted field of view compared to other sights on the market, it requires the shooter to be more consistent with rifle presentations and mounting procedures. In order to achieve a more ‘head up’ shooting position the butt-stock must be collapsed to ensure that eye relief can be maintained and mounting speed can be maximized.

Faster Sight Acquisition and Shots on Target. Placing the combat optic on a high riser block means that the shooter has a shorter distance to move the weapon and achieve the mounted shooting position than when setting the sight on a lower mount. Traveling a shorter distance during presentation translates into faster sight acquisition, and also means faster rounds on target.

Night Vision Operations. When employing night vision goggles there will likely be times when the shooter will need to use either the day combat optic with the naked eye or passively sight the rifle by using the NVG behind the combat optic. Two occasions that might occur are when or if the aiming laser fails, or when operating in an environment where there is a belief that the enemy possesses a night fighting capability. In order to achieve either method of targeting while wearing NVG’s, the shooters head must remain in a neutral and upright position.

Gas Mask Operations. In order to be able to quickly mount and target the rifle while using the protective gas mask, the combat optic must be raised to ensure that the weapon is presented naturally and not canted to one side. Having the combat optic mounted low on the rail makes it extremely difficult to sight the weapon making target engagements slower and potentially less accurate. This also places the head in an unnatural position while shooting which is again counter productive to this technique. 

Potential Negatives. There is an argument that could be made to suggest that without a low, deep solid cheek weld on the butt-stock that recoil management could suffer which will affect accuracy. That argument is partly true if the shooter does not fully understand recoil management and how to can be mitigated, which is beyond the scope of this article. Suffice to say that I do not have any issues with recoil management.

There is also an argument that the mechanical offset is too much and is detrimental to accuracy in CQB operations. This is quit a small point really as there is always some mechanical offset and must be trained during individual skills training at the range. I always ensure to include an offset in every drill that I shoot during CQB shooting evolutions regardless of the size of the target. I know exactly where I need to aim to achieve the shot placement I need to maximum incapacitation. Our Operator Readiness Test is a fantastic assessment of speed and accuracy which requires the shooter to place 12 rounds of carbine and 12 rounds of pistol inside a six-inch circle with one hundred percent accuracy with both the pistol and carbine from a distance of 7 yards in a time frame of 20 seconds. Being able to perform these speed and accuracy requirements means that your ability to include an offset under stress has been assessed. 

Conclusion. In closing, there are many advantages to mounting the combat optic on a high riser block that clearly out weight the perceived disadvantages as I have outlined above. The Redback One Shooting System has been designed to compliment our close quarters battle and target prosecution courses and seamlessly mesh with CQB TTP’s. If you haven’t tried it out, give it go and see what you think. It may require you to retrain some preexisting neural pathways from legacy techniques but once you overcome them you likely won’t go back.

For more information on our training programs please feel free to contact us directly.

Phone: (757) 839-8375

Email: Info@redbackone.com

Web: www.redbackone.com

About the Author – Jason Falla is a former member of Australian Special Operations Command, now Director of Training at Redback One. Jason is a decorated veteran of OIF and OEF with multiple combat deployments to multiple war zones.

Redback One on Zeroing and Accuracy.

M4 Iron Sights

To adjust elevation using the factory M4 iron sights, rotate the front sight using a sight adjustment tool, multi tool or the tip of a bullet. To bring the point of impact up, follow the arrow markings on the front sight base. Up will be clock-wise and down counter clock-wise. Each indent or click on the front sight will move the Point Of Impact or (POI) by 1-inch at 100-meters.

To adjust windage using the factory rear A2 sight, follow the arrow markings on the right side of the windage knob. To move the POI to the right, turn the knob clockwise. To move the POI to the left rotate the knob counter clock-wise. Each click of the windage knob will move the POI ½ an inch at 100-meters.

The Group.

The pattern formed after firing is known as the group. The center of the group is known as the Mean Point of Impact or (MPI). In order establish a group, the shooter must fire a number of rounds consecutively without changing positions. Typically 3 rounds are used during the initial stages of the zero. By firing only three rounds, shooters can conserve ammunition while making bold adjustments to windage and elevation. Once the group has been moved to the desired location, the shooter should fire a five-round group to confirm that the zero is correct at that range. Firing five rounds will highlight consistency in marksmanship and will also expose any inconsistencies with fundamentals during the firing process.

For example, if you only fired three rounds and one round was separated from the other two, it could be assessed that the separated round was a flyer, an error created due to poor fundamentals. However, if another two rounds were fired and were grouped together with the single round (flyer), the group would then read as if the two initial good rounds were the inconsistent ones. This is known as a split group and the firer should fire again. Split groups are difficult to assess and an indicator that the firer moved the firing position in between shots or adjusted position midway through the group.

Moving the Group.

Following the manufacturers guide will give the shooter the best results when making adjustments to the sight during the zeroing process. The shooter must determine the center of the group or, the Mean Point of Impact or (MPI) before making any adjustments to the sight. If after firing the first three round group it is determined that the MPI is a long way from the desired zero point, the shooter should make bold adjustments, using the manufacturers guide to move the group in the general direction of the zero point. Once the shooter is in the vicinity of the zero point, he can then use fewer click adjustments to make fine movements of the group until the correct zero is achieved. Remember, the value of the click will be reduced by three quarters when zeroing from 25-meters. Therefore, if the value of each click is 1-inch of movement at 100-meters, the value of the same click will be ¾ less or ¼ of an inch at 25-meters.

Zeroing Practical

The Zero Process.

50m-200m Zero. To achieve a 50/200-meter zero, the MPI of the shot group will be 1” low of the aiming mark at 25-meter. When using the Redback One Zero target the shooter will use the solid 1” square of the lower left or right zeroing target as the Point Of Aim or (POA) reference at 25-meters. The POI should be center of the hollow 1” square directly below.

Extreme Spread.

The group is measured from the center of the furthest apart shots in the group. The distance between these shots is known as the extreme spread or (ES). The ES at 25-meters should no more than 1.5-inches. This represents the minimum marksmanship requirements at 25-meters.

Zeroing.

When zeroing is performed at a reduced distance, it is important to confirm the zero at each zero distance. The first distance will be at 50-meters. When using the Redback One Zero target, shooters will use the lower bullseye target to confirm at this range. Groups should be Point Of Aim / Point Of Impact at this distance. Minor adjustments may be required for some shooters. The ES at this distance should be no more than 3-inches.

After the group has been assessed, the shooter should then move to the 100-meter line and fire (3) deliberate (10) round groups for marksmanship purposes, breaking and resetting the firing position between each group. This will establish a Central Zero Point (CZP), or true zero of the weapon. The CZP should be approximately 2” above the POA at 100m. The ES at this distance should be no greater than 6-inches. This represents the minimum marksmanship standards at this range.

By performing this process shooters will become more confident in the performance of the zero between 0-100m and understand the trajectory of the bullet during flight.

The following picture highlights the trajectory of the bullet and where it intersects the line of sight at 50m and 200m. This picture is not to scale and should be used as a guide only.

Confirmation of Zero

The shooter must move to the 200-meter line and confirm the zero is correct and can accurately engage targets at that range. An automated range with monitor to reference shot placement is preferred. However, is this is not available; using a butts-party to identify impacts can be used.  As an alternate method, several steel reactive targets can be placed at the berm. The shooter can engage the steel targets to receive instant feedback of hits. This method is relatively crude, as it will not allow the shooter to determine exact accuracy.  Using a paper target with a contrasting aiming mark will allow the shooter to fire an accurate group and move down the range to check zero.

Remember

Accuracy is based upon three key factors.

1.     The weapon system,

2.     The ammunition,

3.     The firer.

When selecting a weapon, the purchaser should take the following into consideration.

1.     Reliability. The weapon selected should meet or exceed military specifications of reliability. There are many articles posted on this subject on the Internet and end-users should research reliability reports prior to purchasing their weapon. I choose to use all Mil-Spec parts and accessories for my weapons and ideally, a complete weapon system manufactured by a reputable military grade company.  

2.     Accuracy. This seems to be a contentious issue these days as there is a lot of speculation as to the quality and durability of parts and accessories being offered on the market by the vast amount of ‘black rifle’ manufacturers. Again, I suggest doing some research on manufacturers to ensure that you are buying exactly what you thought you were. Accuracy is typically associated with the upper receiver. To that end, the barrel and the fit to the upper receiver. A matched bolt can improve accuracy slightly as lock up is more consistent. The industry standard should be 2 MOA when it comes to the weapon systems accuracy.

Don’t get sucked into Mil-Spec either. What I mean by that is that the military will always select a weapon system based on reliability before accuracy. If you are looking for a super accurate 1 MOA gas gun, maybe a custom manufacturer might be worth looking into or a very specific military weapons system dedicated to performing to that accuracy standard.

Ammunition 101.

The second factor in accuracy is the type of ammunition that the firer has selected to use. Mil-Spec, Match, commercial are three basic terms that can describe categories in general.

Mil-Spec ammo is mass-produced to military specifications and again is designed around reliability over accuracy. Bottom line with Mil-Spec ammo is that it is capable of holding a 2 MOA group at 100 meters. This may not win you a gold trophy at the three-gun competition though.

Match ammunition is designed for competition and is spec’ed with accuracy as the primary focus. The projectile is not seated as deep or tight as Mil-Spec ammo so that it leaves the case more consistently when fired. Most match rounds also have a hollow point to assist with accuracy. Hollow point ammunition has been a contentious issue in the military and how or if it violates treaties signed by the U.S Government.

Commercial grade ammunition like many rifle manufacturers, produce a range of ammunition that is designed for the average user. Some make ‘close to Mil-Spec’ rounds others hoping to bid on military contracts will make to Mil-Spec standards. At the end of the day, there are some good commercial manufacturers of ammunition that is suitable for training and defensive purposes. I use a combination of commercial loads and Military loads with my weapons for training.

When selecting your ammunition, you should look for a round that is reliable and can produce accuracy standards of 2 MOA at 100 meters. There is some much to learn about ammunition and ballistics but these very basic points will help in making better choices.

The Firer

The firer is always going to be the weak link when it comes to accuracy. Marksmanship standards can assist with maintaining quality when it comes to individual marksmanship. The military holds personnel to a general marksmanship standard of 1.5-inch groups at 25-meters or 6-inches at 100-meters. I believe that with a quality weapon and ammunition and some good training, a more realistic group size should be 1-inch at 25-meters and 4-inches at 100-meters.

Conclusion.

Don’t get sucked into industry hype about guns, ammo, shooting and accuracy. Unfortunately the industry is full of companies trying to sell you things you don’t need. Some are trying to manufacture solutions to problems that don’t even exist! And, outside of product manufacturers there are the firearms experts who know everything and can teach you everything you need to know. Well, just like buying a weapon, make sure you do your research when it comes to selecting a service provider to train and teach you how to deploy your weapons. In an over-saturated market, few will prevail. The cream typically rises to the top and those that lean forward and continue to progress and develop new innovative methods will be here when the smoke clears.

M855A1 Fact or Fiction?

There seems to be a lot of talk about the effectiveness of the new M855A1 round ever since its development. There have been reports that argue its lethality, penetration, accuracy and compatibility with the current fleet of service M4s. I just don't think that I buy into these arguments! You cannot argue that the M855A1 has better terminal performance and a better flight path than its predecessor. It has a longer maximum effective range and better accuracy.

The major complaint seems to come more from its cost of manufacture, which really is a moot point when compared to some of the financial decisions the current Government administration has made over the past year or so! When compared to the cost of an Aircraft Carrier the M855A1 is pretty cheap. The Government has spent a lot more money on lemons in the past that no body noticed yet everyone wants to have a crack at this project?

Elements of the Australian Military have been using M855A1 for an extensive period in theater with excellent results. It's reliable with accuracy out to 900 meters in a range environment and terminal engagements out to 600m.

The issues relating to the increased chamber pressures are yet to be seen, I have not heard any problems associated with feed-ramp wear, bolt breakage or barrel wear. Only time will tell.

Lack of availability of the 70 grain brown tip ammo is a significant issue for most whereas M855A1 is in abundant supply.

U.S Army personnel will be issued this round when deployed in theater. Soldiers should have confidence that the round will perform to the required standard.

Marksmanship and human error is always a bigger issue for our troops. We need to ensure that we focus on combat marksmanship training and shot placement rather than relying on the advancement of bullet technology doing all the work.

Increase Your Push Up Potential

Pre-Amble

In 1993 I signed my life away and swore allegiance to the Queen and joined the Army. After passing the Rifleman and Infantryman qualifications I had my eyes set on becoming Special Forces. I had to complete several fitness standards in order to meet the criteria of being awarded a green beret and joining the ranks of the Commando Regiment. One of these physical fitness standards was called the BFA or Basic Fitness Assessment. The BFA at the time consisted of minimum of 60 push ups, 100 military sit ups to a cadence, 20 dorsal raises, 20 pull ups and a 5km run under 26 minutes.

When I began my Commando Training Induction Course which lasted 12 months, I was surrounded by a bunch of guys that ranged from ultra marathon racers, body builders, Triathletes, boxers. artial artists you name it. I thought to my self how can I compete with these guys? Sure at that time I was a bit of a rock climbing junky climbing sustained 5.11a routes during the weekends, but would that be enough to get me through?

When it came time to perform the elements of the BFA, I was quite nervous as I didn't really train for it and never really knew enough about fitness training to prepare. Typically the sit up test is performed first then the push ups, dorsal raises, pull ups and the run. I was pretty sweet during the sit ups, smashing out 100 without any issues, onto the push ups. These tests are normally done in pairs, your partner goes first then you go. Looking around watching the first group, I saw a some guys smashing out fast push ups and finishing with 100 odd while others struggled to make the required 60. It was my turn and soon after adopting the push up position I was under way. The first 30 is always easy, then the second 30 I noticed that lactic acid burn and when 50 came around I was really struggling, I managed to complete 60 and did a few more to show some dedication to the cadre watching and circling like buzzards waiting for one of the cadindates to fail.

After receiving my green beret, I wanted to have a crack at SAS selection. It took me several years of personal development prior to me getting the nod to attend the course. In 1999 I was given blessing by my unit OC and CSM to attend the course. My preparation was approximately 6 months of training daily. A combination of gym circuits, beach weights, long and short runs, battle PT, ruck runs and endurance marches. I attended the selection course at the peak of my physical conditioning. Although petrified of what I had gotten my self into, I was well prepared physically to meet the challenge. The one thing that became a constant frustration to me throughout my years of service and training was how to increase my muscular endurance and increase my maximum push ups? I ended up passing the selection course and after joining my Squadron I began a quest for knowledge particulary about fitness.

PT in the Squadron is a daily occurance, performed on a routine basis and is very competative. Essentially you are judged, based upon your level of fitness. It forms a pecking order of acceptance within the troop. If you are fit you are gold, if you are a slug that continues to make excuses why you can't attend PT you are targeted and outcast. It pays to be within the top 10%. You never want to be first and you never want to be last!

A couple of cycles later, we received some re-enforcements into the troop. These guys were lean fit, hungry and cut like a cheetah. One of the boys Paul was a fitness freak. He lived and breathed training. He was selected to attend Australia's premier intitute of sport, a competative endurance racer and adventure racer partnered with yours truly! During push up testing Paul held the record within the unit for maximum push ups in 2:00. He would routinely crank out 120-130 push ups in 2:00 minutes. A push up animal. I wanted to be able to pump out 100 push ups so I decided to pick Paul's brain on the subject.

Paul began to inform me of his method of increasing your push up potential. It is relatively simple and easy, the best thing is that it works! I immediately adopted it. Paul's system of increasing muscular endurance now resides in the Redback One Fitness Book.

The System

Let's say that your max push ups until failure is 60. You would perform 60 push ups and then select an amount of recovery time. Let's say 1:00 minute. At the completion of the minute you would imediately attempt to perform half of you max. In this case, it would be 30 push ups. You will then continue to reduce the rest period by X amount until you can perform your max set and the half max set without recovery. Let's say that you reduce your recovery time by 20 seconds every week. By the forth week, your max push ups would be 90. Your training cycle would look like this.

Week 1

• 60 push ups
• 1:00 recovery
• 30 push ups

Week 2

• 60 push ups
• 40 secs recovery
• 30 push ups

Week 3

• 60 push ups
• 20 secs recovery
• 30 push ups

Week 4

• 60 push ups
• Nil recovery
• 30 push ups

Effectively you can now achieve a max of 90 push ups before failure. You will then apply the same theory and routine to increase your max push ups further.

Note: This is an example only and individual results may vary. You will have to experiement with the times and frequency of performance in order to determine your success timeframe.

This is the best way to increase your muscular endurance and can be applied to a variety of exercises.

Let me know how it goes for you!!

Train Hard Boys.

Field Trials - Redback One Combat Pistol Sights

Several people have asked us about the difference in POA/POI with the RB1 sight on a Glock 19 as apposed to a Glock 17. (I have been using our combination front post and rear notch for quite a while on a standard Glock 17 with excellent results but never on a G19). This was an interesting question that deserved a little field testing to ensure that we were putting out the correct information to our customers. So I had Carlo, our resident Glock armorer install a set of RB1 Combat Pistol Sights onto a Glock 17 and Glock 19 and have them ready for field trials.

For those of you that are not familiar with our sights, here are some specs. They were designed by myself in conjunction with 10-8 Performance. The sights features a serrated front and rear with a small .60 tritium vial positioned high in the front post. The front post is .215 high and the rear is .156 wide with a square notch. We believe this to be the perfect combination for combat shooting and the Glock 17 platform. (We are working on other models including HK USP).

The rear sight features the Redback One abbrieviated brand name stamp RB1 on the top under 10-8 so you will know that you have a set of Redback One originals!

We arrived at the range in the early afternoon. The weather was overcast with 100% cloud cover with heavy precipitation on the ground from earlier in the day. The temperature was negligible at approximately 65 degrees.

The range was 80 yards in length with the option of pushing back into the weeds another 20 yards to ensure that were able to shoot from 100 yards for the final part of the trial. The target used was a steel plate cut similar to that of a 'C-Zone' of an IPSC cardboard target. The width was 12 inches and the height was 15 (not including the head).

The ammunition selected for the comparison field trail was as follows:

1. Mil-Spec M882 9mm Ball (Grain weight unknown, 115 or 124.) This info was not available at the time of the trial.

2. Speer Lawman 9mm Ball 115 grain.

3. Speer Gold Dot 9mm JHP 124 grain

4. Speer Gold Dot 9mm JHP 124 grain +P

The intent of the trial was to determine any Point Of Impact (POI) shift between a Glock 19 and a Glock 17 using the same set of RB1 Combat Pistol Sights, the same Point Of Aim (POA) and using the above ammunition fired from distances of 25 yards through to 100 yards.

Knowing that there is a difference in the muzzle velocity due to the decreased barrel length of the Glock 19, we wanted to determine if the difference in barrel length would create a change in the POI and become an influencing factor of accuracy degradation during the comparison even though we are using the same sights.

During the trial, the same POA was used. The POA was midline, slightly high of center. (Upper thoracic cavity-UTC).

We began the trial by loading the Glock 19 with 5 rounds of M882 and fired one round at 25 yards from the standing position. The initial results would determine that the rear sight needed to moved to the left IOT impact the center of the steel plate. After a quick re-alignment of the rear sight thanks to Carlo, we were back at the 25 yard line.

Results: The next series of rounds impacted the steel at the intended POI. Time to switch to the Glock 17.

As expected, the G17 performed in the same fashion, POI was UTC. Time to change loads.

All ammunition listed above performed flawlessly and impacted the same POI.

We moved back to the 50 yard line and continued the same series of tests.

Results: We determined that at 50 yards, all ammunition and weapons performed the same regardless of grain weight or barrel length. All rounds impacted in the UTC with the same POA.

The next distance was 80 yards, the edge of the actual range. All rounds were fired from the standing position, weapons and ammunition changed out as per the previous tests.

Results: All rounds impacted at the same POI using the same POA regardless of grain weight or barrel length.

I decided to push into the weeds and low hanging tree branches IOT to get the final test completed. 100 yards. All tests at this range were conducted as per the previous set.

Results: Yet again, all rounds impacted the same location, high to middle of the steel plate. Only one round was low on the plate due to a poor set up on my part!

Conclusion: After completing this trial we were able to determine that there is no significant point of impact shift using Redback One Combat Pistol Sights on either a Glock 19 or Glock 17 regardless of barrel length or round selection (given the test rounds).

We are now even happier with our latest product and would recommend these sights to any and all Glock 19/17 users that want a robust combat sight replacement for their service weapon or carry gun.

I will be testing a Glock 27, 22 and 37 soon!

Redback One's Combat Training System (CTS)

Over the past 6 years I have been designing and developing a systematic approach to combat marksmanship that builds a shooter from the ground up. This system is designed to train a shooter to handle, operate, carry and control a pistol, carbine or shotgun in a tactical environment. The application of this system is very robust and can be applied to the military, law enforcement and private citizens. This system is called the Combat Training System or CTS.

The techniques that are taught in CTS have been designed, developed, tested and evaluated by RB1 SME's prior to being incorporated into our training courses. Our SME's have extensive real world combat experience. All have multiple combat deployments to the Middle East and other areas of operations as members of Australia's Special Operations Task Group and U.S Special Operations Command.

Our CTS training techniques are unique in many ways. We have evolved current techniques to be faster and more efficient and developed our own techniques bringing new methods of deploying weapons and accessories to the tactical shooting world. The CTS techniques have been designed to teach a shooter how to systematically and subconsciously apply the fundamentals of combat marksmanship and weapons manipulation to maintain high hit probability and lethality and, to keep the gun running in a tactical environment.

Some of our unique training techniques include:

RB1 Power Turns - This method of turning to engage a threat is based on our asymmetric shooting platforms and allows the shooter to turn and engage a threat from 90/180 degrees up to .50 sec faster than standard turns and pivots. A saving of .50 sec in a gun fight can mean all the difference! The principle action in this technique is driving the outside hip towards your threat. This creates speed of movement and power similar to a boxer throwing a straight right punch. We incorporate angular momentum from the upper body to increase the speed of movement. The shooter needs to be comfortable shooter on the natural side with both the left foot or the right foot forward. This technique has direct cross over to our barricade shooting method and combatives program, allowing the shooter to perform strikes and parries to incapacitate or control non-combatants as required.

CTS: Power Turns

Transitioning to secondary weapons - Our method of transitioning from primary to secondary and back to primary have been developed for speed and efficiency as well as to allow the shooter to perform visual checks to determine why the weapon failed! Key points in this technique are tuning the primary weapon palm down with the support hand, and recovering the primary at the balance point of the weapon allowing the shooter to visually inspect the chamber as he re-holsters the secondary.

CTS: Transitioning from Primary to Secondary Weapon

System Check - Our system check allows the shooter to visually inspect the position of the bolt after an engagement by rolling the carbine/shotgun to the left or returning the pistol to the high ready. This check verifies the condition of the weapon, an important procedure under extreme combat stress where the shooter can unintentionally fail to recognize a weapon stoppage preventing him from engaging.

CTS: System Check

Flashlight Deployment - Our method of incorporating a hand held flashlight during low light engagements is an adaptation of another well known technique. However, with the RB1 method, the shooter is able to illuminate the sight picture and the threat at the same time. This aides the shooter to easily check the sight package prior to engaging. The flashlight is held in the support hand, hammer fist style, indexing the fist against the cheek bone. This aligns the light source with the shooters eyes, sights and target, giving him an excellent view of the situation. This technique does rely on being competent at shooting with the strong hand only.

CTS: Flashlight technique during our Night Fighting Course

Combat Grip

Pistol: The RB1 method of gripping the pistol gives the shooter greater recoil management than any other technique currently being taught. The grip looks similar to other grips being taught however the arm placement is the true key to the RB1 pistol grip method and recoil management. Having the arms parallel with the axis of the barrel increases the grip pressure at the top of the frame, limiting the weapons natural fulcrum action when fired. Our carbine grip leverages of the principles taught for the pistol, however the support hand is forward on the hand-guard.

CTS: Pistol Grip

Carbine: Our carbine grip will see the shooter with the support thumb indexing the target as per the pistol grip and therefore clear from the IR beams of the laser/illuminator. The alternate grip gives the shooter the option of wrapping the support thumb over the top of the rail interface further decreasing the fulcrum action during firing. The support arm should be parallel with the axis of the barrel as per the pistol grip allowing the shooter to draw the weapon into the shoulder pocket with both strong and support hands, increasing recoil management. This technique allows the shooter to drive the weapon faster from target to target by pulling and pushing the front of the gun. Accuracy is also increased as a greater portion of the barrel is being stabilized by the support hand. The elbow of the support hand should form a slight obtuse angle allowing the shooter to employ RB1 Combative techniques when required.

CTS: Carbine Grip

Y-Factor - We a true believers in providing the reasons why our techniques are taught as well as how and where they are applied. Giving the student a reason for learning increases the desire to learn and is seen as the crux of the adult learning process.

These are some examples of the methodology and techniques that form the RB1 Combat Training System.

RB1 - "innovation not imitation!"

Carbine's for Duty Carry, Which One and Why?

The United States is the center of gravity for all things tactical. The U.S market represents 90% of the world market and because of this the world's premier weapons manufacturers have set up shop here in continental United States to sell their wears to the military, law enforcement agencies and private citizens.

However, after world events such as 911 there has been a huge demand for weapons in the U.S. This placed massive strain on quality control systems of weapons companies as demand overtook supply. As a result, manufacturers produced what could only be seen by the end user as lower quality products that failed to meet the expectation of the consumer.

Another issue to compound the existing problems was the injection of new companies looking to capitalize on the buyers market. This has become the biggest issue for end users as one weapon looks much the same as another, yet one is priced to meet the budget of most civilian shooters and law enforcement agencies struggling with budgetary constraints and the other priced for high end private users and military units. To the layman, both weapons meet the specifications of the end user and price then becomes the deciding factor.

I would like to focus this writing towards the law enforcement officer looking to purchase a weapon for duty carry or an LE department looking to outfit the department with a patrol rifle for general patrol use or for tactical SWAT applications.

Here is a list of considerations when selecting a weapon for duty carry/use.

1. Mil-Spec: I am a firm believer in buying a carbine that meets Mil-Spec standards. The military operates in the harshest environments on the planet and if it's good enough for them, it's definitely good enough for domestic use. All of my AR15's/M4's are fully Mil-Spec, as are the parts kits and accessories. I will not have anything on or in my weapons that do not meet these requirements.

2. Manufacturer: (This is a contentious issue as the industry is full of 'experts' looking to capitalize on promoting themselves by promoting a weapon manufacturer. Bottom line is, business is business, but don't fall foul of believing the hype! Remember, the U.S market is 90% of the world market. Everyone is out to make a buck!)

Stick with high end manufacturers that build guns for the military. Colt has been supplying quality M4's to the military for a long time. I used one while serving and it ran like a charm. I now have two H&K 416's. I have had nothing but success from both of these guns and don't believe the hype that's out there about the problems with this weapon. I have LMT guns all are Mil-Spec and all run like a charm. My latest project is a collaboration with Monty from Centurion Arms to produce a fully Mil-Spec carbine for Redback One. Centurion Arms is a small and up coming company that produces excellent quality Mil-Spec carbines. Monty has put together rifles and carbines that closely resemble those currently being used by Special Operations personnel. An example of this is his Mk 12 SPR.

3. Direct Gas Impingement or Piston: I have used all of the quality DGI and piston guns on the market today. I like both operating systems. My advise is this. Stay away from piston driven guns that are not currently in wide spread use by U.S Special Operations. I have seen all of the issues such as heat transfer to the hand-guards, reliability issues, excess recoil, accuracy problems, vibrations causing accessories to rattle loose and so on.

The fact is, good piston guns are more reliable than DGI guns because they will run without much lubricant and gas and carbon is not being deposited back into the bolt, bolt-carrier and body of the weapon which contributes to weapon malfunctions. FACT: piston guns need to be lubricated. Don't think that you will get away without lubing your weapon. Piston guns run better after a good cleaning and a light oil. This will not only enhance performance under normal conditions but it will prevent excess wear and tear on all parts, saving the bottom line of the department.

All piston guns recoil harder that a standard DGI gun. When I began shooting my HK416's I wasn't sure that I was going to like them due to the excess recoil. But, after only a short time I was able to manage recoil using our recoil management system just as effectively as any DGI gun.

4. Barrel Length: I believe that a 14.5" barrel is the best barrel length to issue patrol officers for duty. This length is perfectly suited for all conditions from rural to urban operations. Muzzle velocities are high enough to stabilize the projectile out to 200 meters, the lethal range of the weapon system. It's not too long so patrol officers can deploy the weapon quickly and effectively for active shooter response.

For tactical SWAT applications, I would encourage the decision to purchase a 10.5" barreled carbine. This will allow the officers to maneuver the weapon efficiently when conducting missions involving room clearing and CQB. Although terminal performance is compromised due to the much lower muzzle velocities. The 5.56 round can still be just as effective but relies more on shot placement that the terminal performance of the round selected. (The previous statement is true across the board, however training is the biggest factor effecting the lethality of the patrol officer.)

5. Round Selection: For law enforcement use I strongly advocate using the Hornady 75 grain TAP round as the preferred round for patrol and SWAT applications. This round has been tested and approved for use in U.S SOCOM and gives terminal performance similar to BH 77 grain OTM LR ammunition.

6. Accessories: I am a big believer in aiding the abilities of the shooter by equipping him with accessories that enhance his capability and lethality.

A. Having a quality weapon mounted flashlight is of paramount importance and should be seen as a standard accessory permanently mounted to the carbine. My preferred manufacturer is Surefire. No other flashlight compares, or comes close to them. I use scout lights on all of my carbine in various configurations from 3V, 6V, IR V series, low profile mounts to standard mounts. This is the best carbine flashlight on the market!

B. I believe that all tactical SWAT personnel should be issued with an NVG and Laser for there weapons. This force multiplier enhances the teams capability and enhances lethality by being able to target individuals without the need for visible light which can lead to mission compromise, potentially effecting a successful outcome.

C. Having a quality red-dot sight on the weapon is an obvious enhancement to the targeting capability of the officer during daylight or low light operations. I choose Aimpoint as my preferred combat optic and the T1 micro and the preferred model. You can't beat the battery life and how robust they are.

D. Keep a quality pair of iron sights on the weapon just in case the optic fails!

E. A sound suppressor can be an effective tool to enhance command and control at the tactical level. It also provides a silent entry capability for the assault team with the right set up and training. This is a desirable feature not an essential one. Go with a reputable brand such as Surefire or AAC.

F. You will need a sling for the weapon. Slings can be used for tactical use and for administrative purposes. Choose a sling that will best serve your purpose. The sling must NOT prohibit the maneuverability of the weapon or restrict the user from accessing the control features of the weapon. There is way too much industry hype on sling choice. Don't believe the hype! A two point sling will allow you to sling the weapon on your back to climb, go hands on, conduct admin, attend to a casualty etc. It will also allow you to operate the weapon tactically and transition to your secondary weapon as required. A single point sling is purpose built for CQB only and you will not be able to perform the functions mentioned of the two point sling. I have designed a two point sling that is low profile, only 1" wide, is adjustable for tactical use and administrative use. It will be available soon through RB1 and SORD USA.

My final thoughts are this. Buy quality and buy once! Don't believe the hype! Seek advise from unbiased people that know what they are talking about.

Please feel free to contact me or Redback One at any time for any advise on training, tactics or equipment.

Stay Safe.