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Lee-Enfield Rifle: The Long Arm of the British Empire and the story of Lachhiman Gurung

The Nepalese Gurkhas are legendary fighters who have served the British crown for generations.

Lachhiman Gurung seemed an unremarkable sort. He stood all of four feet eleven inches tall when he left his village to buy cigarettes for his father and ended up enlisting as a Gurkha in the service of the British Empire on a whim. However, on May 12, 1945, deep in a Burmese jungle Lachhiman Gurung proved that sometimes some of the most remarkable stuff comes in compact packages.
Gurung’s fighting position was at the foremost vanguard of his unit’s defensive emplacements standing ready against a pending Japanese attack. When the Japanese came they led with 200 seasoned assault troops. In fairly short order Gurung was alone, the rest of his mates either dead or dying.
Once the Japanese troops got within hand grenade range they began pelting Gurung’s position with grenades. Gurung picked up the first two and threw them back at his attackers. When he hefted the third it detonated in his hand, removing most of his right hand, blinding his right eye, and peppering his body and face liberally with shrapnel. Where most normal humans would have the good grace to just lay down and die, Gurung unsheathed his Kukri knife, shoved it into the ground at the lip of his foxhole, and announced to the Japanese that they would get no further than that knife. He then hefted his Lee-Enfield rifle, chambered a round with his left hand, and invited the Japanese to see what it was like to, “Come fight a Gurkha.”

At only 4 feet 11 inches tall, Lachhiman Gurung did not seem like a particularly imposing figure. However, behind a Lee Enfield rifle he wrought sheer havoc upon attacking Japanese forces despite grievous wounds.

The Japanese accepted Gurung’s offer. For the next four hours, Lachhiman Gurung ran his bolt-action Lee-Enfield rifle one-handed, setting the rifle down to work the bolt or reload with his left hand before taking it up again to kill more Japanese. When the Japanese got close enough to overrun his position Gurung would lay down, let them come in close, and then jump up to cut them down at point blank range, all the while running his bolt-action rifle with his single remaining hand.
When he was finally relieved, there were thirty-one dead Japanese soldiers in and around Gurung’s fighting position. He was heard by nearby troops shouting, “Come and fight! Come and fight! I will kill you!” in an effort at taunting the Japanese in closer. Lachhiman Gurung was awarded the Victoria Cross, Britain’s highest award for valor in combat, for his actions that night in the sweltering Burmese jungle. The fanatical defense of that forlorn combat outpost by a single Nepalese Gurkha, himself less than five feet tall, demonstrated to all involved that a single determined man with a rifle can be a formidable combat implement.

The Gun

The SMLE No 1 armed British troops throughout World War I and into World War II. Many Commonwealth soldiers used this reliable bolt-action repeater through the end of the conflict.

The Lee-Enfield rifle was first adopted in 1895, and it soldiered on through a variety of marks until it was finally supplanted by the L1A1 variant of the FN FAL in 1957. More than 17 million of the guns saw service. Possession of a Lee-Enfield rifle marks one as a warlord of distinction in Afghanistan even today. Designed by a Scotsman named James Paris Lee, the Lee-Enfield superseded the Lee-Metford rifle. Its longevity in service is exceeded solely by the Russian Mosin-Nagant.
The Lee-Enfield in its sundry guises fed from a detachable ten-round box magazine. However, in action troops were trained to charge the rifle from the top via either loose rounds or five-round stripper clips. Early SMLE (Short Magazine Lee-Enfield) No 1 versions featured a pivoting magazine cutoff plate that only allowed the weapon to be fired one round at a time. Troops who carried the SMLE referred to it affectionately as the “Smelly.” At the time it was introduced it was thought the magazine cutoff might reduce the British troops’ tendencies toward profligate ammunition expenditure. As mechanical restrictions on one’s onboard ammo supply are typically not terribly popular in combat this superfluous appendage was deleted in short order.
The Lee-Enfield sported rear-locking lugs along with a short bolt throw. In addition, the action cocks on closing while most competing designs cock when you open the bolt. This all conspired to give the Lee-Enfield rifle an exceptionally high rate of fire in the hands of a trained rifleman. British soldiers were trained to fire between twenty and thirty aimed shots per minute as part of a “Mad Minute” exercise. This maneuver was intended to apply maximum fire to an area in as short a period as possible. The current record for performance with a Lee-Enfield rifle is held a British Army rifle instructor named Snoxall who hit a twelve-inch target at 300 meters 38 times in sixty seconds.

The SMLE’s vital statistics are inscribed on the wrist of the weapon. This particular example was produced in 1914 and bears the inscription “GR” for “George Rex.”

The SMLE feeds from a 10-round detachable box magazine.

For all its remarkable performance the SMLE No. 1 was an expensive rifle to produce. The SMLE soldiered on in Imperial service throughout World War II, particularly among Commonwealth troops. It was an SMLE No. 1 Mk III that Lachhiman Gurung wielded that night in Burma. However, after Dunkirk the Brits needed something they could produce a little faster. Enter the simplified No. 4 Lee-Enfield. The No 1 and the No. 4 can be easily discerned at a glance by their muzzle bosses. The No. 1 has a stubby nose. The No 4 sports a small bit of barrel protruding out the front. Each rifle accepts a different bayonet.

Early No. 1 SMLE rifles sported sights that were graduated out to 2,000 yards.

Despite its detachable magazine, the SMLE rifle was intended to be charged from the top via stripper clips. Early models had the magazine attached to the rifle via a short length of chain to prevent its loss.

My SMLE No. 1 rifle has had a cracked forearm meticulously repaired.

The No. 4 came in several variations but most featured simplified flip-adjustable rear sights and somewhat cruder construction. Early SMLE No. 1 rifles had sights graduated out to 2,000 meters. Troops of this era were trained to use their rifles for massed volley fire as well as indirect fire over obstacles. There are numerous anecdotes of German troops in WWII believing they were under attack from machineguns when in reality they were simply being subject to the massed fire from trained British riflemen.
The No. 5 Mk 1 became known as the Jungle Carbine. This Lee Enfield rifle sported a shorter barrel, cut-down stock, and lightening cuts to make the rifle as lightweight as possible. All this conspired to enhance the Lee-Enfield’s already prodigious recoil.
The No. 5 Mk 1 (T) was the dedicated sniper version of the No. 4 Lee Enfield. Equipped with a wooden cheekpiece and a 3.5X telescopic sight, this superb sniper rifle served throughout WWII and Korea. The accuracy requirements for these rifles demanded that they place 7 out of 7 shots within a 5-inch circle at 200 yards.

Early SMLE No 1 rifles sported a magazine cutoff feature that mandated that the rifle be loaded one round at a time. This superfluous device was deleted in short order. Early SMLE No 1 rifles sported a magazine cutoff feature that mandated that the rifle be loaded one round at a time. This superfluous device was deleted in short order.

I have a friend who was shot in the chest by a Chinese sniper wielding a captured No. 5 Mk 1 (T) during the Korean War. My buddy was wearing a brand new flak jacket at the time. The round struck the 1911A1 pistol he was carrying in a shoulder holster before deflecting into his flak vest, leaving him bruised but otherwise unhurt.
The wrist of the Lee Enfield rifle typically holds the gun’s vital statistics. The “GR” marking stands for “George Rex,” the British monarch reigning during the production of most of these early guns. These rifles were produced at a variety of facilities on several continents to include plants in the US and Canada. The Lee-Enfield saw service everywhere the British fought during the first half of the 20th century.

The No. 4 Lee Enfield rifle was the definitive WWII model. It was cheaper and faster to build than the WWI-era No. 1.

The rear sight on the No. 4 is a simple flip aperture.

This No. 4 is a Canadian version built in 1943 at the Long Branch arsenal.

 

The No. 4 Lee Enfield sports a stubby bit of barrel out the snout. The No. 1 has a flattened nose cap. This is the easiest way to differentiate the two rifles at a glance.

The shortened No. 5 Lee Enfield included a conical flash suppressor and was called the Jungle Carbine.

The German Kar 98k cocks on opening. The Lee Enfield cocks on closing. This makes the British rifle faster in action.

Post Script

From left to right—the American .30-06, the British .303-in Rimmed, and the German 7.97x57mm Mauser.

Lachhiman Gurung’s primary complaint after the protracted night action that decimated his unit and cost him an eye and an arm was that his injured arm kept attracting flies. He ultimately healed and returned to his native Nepal as a farmer. In time he immigrated to the UK.
In 2008 the UK adopted a policy that revoked the rights of some Gurkha veterans who retired prior to 1997 and lived in the country. The actual term used was that the Gurkhas had “failed to demonstrate strong ties to the UK.” In response, Lachhiman Gurung hefted his ludicrously huge rack of medals and headed for Britain’s’ High Court. In a classic “Don’t Make-Me-Come-Over-There” moment, this rugged little half-blind one-armed man showed the members of the court the face of true dedication and got the onerous law overturned. Lacchiman Gurung died of natural causes in 2010 at age 92.

Lacchiman Gurung lived out his days in the UK as a hero. When ill-advised legislation threatening to strip Gurkha veterans of their benefits he rucked up again and made things right. I wouldn’t want this little half-blind one-armed man after me.

The Lee-Enfield rifle was the backbone of the British armed forces for more than half a century. Rugged, powerful, accurate, and fast, this classic bolt-action rifle and the rimmed .303-inch cartridge it fired expressed the will of the English people at the farthest reaches of their influence. In the hands of extraordinary men like Lachhiman Gurung the Lee-Enfield was the long arm of the British Empire.

The Lee Enfield No. 5 Mk 1 (T) was the scoped sniper version of the rifle. It saw service throughout WWII and Korea.

Technical Specifications

No. 4 Lee Enfield Rifle
Caliber                  .303 British Mk VII SAA Ball–Rimmed
Weight                  9.06 lbs
Length                  44.45 in
Barrel Length      25.2 in
Feed System        10-Round Detachable Box Magazine/5-Round Charger Clips
Sights                    Fixed and Adjustable Aperture Sights

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Somebody really has his shit together & Frankly I am impressed!!

 

I do not care what kind of work it is. I am always appreciative of folks, that come to the job and then do it with style! Grumpy

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Building a Custom 6.5 Creedmoor Precision Rifle by Bill Marr

The flat shooting and light recoiling 6.5 Creedmoor was introduced by Hornady in 2007.
Based on a 308 Winchester case, the 6.5 mm (.264″) Creedmoor fits inside an AR10/ 308 AR platform and feeds well from AICS style magazines.
6.5 creedmoor aics magazine
The Creedmoor is unique among the current crop of 6.5 cartridges such as the 260 Remington and 6.5×47 Lapua in that match grade factory ammunition is readily available and relatively cheap (Lapua sells factory ammunition for the 6,5×47 Lapua, however, it is more expensive and less frequently encountered).  A big plus for newer shooters who don’t reload.
6.5 Creedmoor is a great option for custom bolt action rifles.  A rifle chambered in 308 Winchester can simply be re-barreled for the Creedmoor.
All other parts, including the magazine system, will work. Unlike some other 6.5mms, such as the 6.5×284 Norma, reported barrel life is relatively long (typically around 4,000 rounds if moderate loads are used- Sin City Precision has a picture of a shot out 6.5 Creedmoor barrel at 2,200 rounds, but state they loaded it hot).
In this post, I’ll be building a custom 6.5 Creedmoor rifle.  The heart of a precision rifle is the action, and for this project, a Surgeon 591 short action will be used.
Surgeon 591 ehection port and anti bind rail
The Surgeon 591 action is a popular choice for custom gun builders.  A one piece bolt, integrated rail and recoil lug provide an excellent foundation for custom rifles.
Here are the specifications from Surgeon:
All 591 actions are built with an integral .250” recoil lug and 20 MOA 1913 picatinny rail that runs the full length of the action. A shrouded, side mounted bolt stop is integrated to help prevent accidental releasing of the bolt.
In the middle of the left bolt raceway is an anti-jam rail. The purpose of this rail is to prevent a round from lodging in the raceway when single loading the rifle through the ejection/loading port.
The raceway on the right hand side has an anti-bind rail just below the ejection/loading port. The purpose of this rail is to insure smooth bolt operation as the locking lug passes through the loading port.
The 591SA will work in conjunction with any stocks made for the Remington 700 short action with little to no modification as well as triggers and feeding systems.
right side surgeon 591
 
I ordered the following parts from Brownells for this project:

I also be using some specialized tools and materials from Brownells:

The contents of Rifleshooter.com are produced for informational purposes only and should be performed by competent gunsmiths only. Rifleshooter.com and its authors, do not assume any responsibility, directly or indirectly for the safety of the readers attempting to follow any instructions or perform any of the tasks shown, or the use or misuse of any information contained herein, on this website.
Any modifications made to a firearm should be made by a licensed gunsmith. Failure to do so may void warranties and result in an unsafe firearm and may cause injury or death.
Modifications to a firearm may result in personal injury or death, cause the firearm to not function properly, or malfunction, and cause the firearm to become unsafe.
1 measuring surgeon 591 action
The first, and most important step is to measure the action to determine the barrel tenon and headspace dimensions.  I use a depth micrometer for this critical task.
3a barrel through headstock3b chamber end in spider
The barrel is placed in the headstock of the lathe.  A spider (four screws spaced at 90 degrees) on each end of the headstock are used to gimbal the barrel so the bore is concentric with the lathe.
5a dialing in bore
A range rod is used to dial in the barrel.  I normally start with a .001″ indicator and work down to a .0001″ indicator.
5c dialing in opposite end
The muzzle end of the barrel is dialed in.
6 squaring end of barrelOnce both ends of the barrel are dialed in and run true, I use a high-speed steel insert tool to face the end of the barrel and zero the lathe’s digital readout (DRO).
8 turning tenon to diameter
The tenon is turned to the proper length and diameter with a high-speed steel cutter.  A micrometer, shown here, is the proper tool to measure the outside diameter of a cylinder, like the barrel shown here.
9a tenon dykem and chamfered
The tenon is coated in Dykem layout fluid.
9 setting up for threading
The high-speed steel insert threading tool is set up in the lathe.  The compound is set at 29.5 degrees and a center gauge is used to make sure the cutter is properly aligned.
9b tenon threaded for action
Threads are cut at 16 TPI.
10 test fit action
I take the time to test fit the action.  It should thread on smoothly, with little play. I put a little grease on the threads prior to screwing in on, this prevents the surfaces from galling and the action from getting stuck on the barrel.
11 cleaning up threads
high-speed steel 35 degree profile tool is used to clean up the rear of the tenon.
12 bolt nose recess set up
I use a .705″ form tool in a Manson floating reamer holder to cut the bolt nose recess.  The dial indicator on top of the tailstock is resting against the spring clamp.  It helps determine the depth of cut.
12a complete bolt nose recess
The finished bolt nose recess (note: the threads look much better in person than they do in the pic above).
13a adjusting PTG reamer stop against gauge
Now it is time to set up to ream the chamber.  I like using a PTG reamer stop.  The stop allows the depth of cut to be adjusted in .001″ increments.  For the initial setting, the go headspace gauge is held against the reamer, and the stop adjusted a little short.
14 drilling muzzle for chamber flush
I’ll be using a chamber flush system on this barrel.  The system attached to the muzzle with a 1/8 NPT fitting.  I use a cordless drill and a Q drill to make the clearance hole for the tap.
14a tapping muzzle for chamber flush
The 1/8″ NPT tap is used to cut the threads.
14b chamber flush union installed
And the threaded end of the chamber flush system is attached to the barrel with some Teflon tape to ensure the pressurized oil doesn’t leak.
13 reaming set up
On this project the reamer is held in a Manson floating reamer holder.
15 chamber flush while chambering
With the oil flowing in one direction through the barrel, the reamer makes short work of the cut. I use Do-Drill cutting oil and it works like a champ.
16 measuring head space with gauge and depth mic
When the reamer stop contacts the end of the barrel, the chamber is cleaned and the go gauge inserted.  A micrometer is used to check the headspace.
16a measuring headpsace with feeler guage and action
As the headspace gets closer to the finished dimension, I start screwing the action back on to the barrel with the headspace gauge in the chamber.  A feeler gauge can then be used to measure the gap between the front of the action and the shoulder of the barrel.  This dimension is how much deeper the chamber must be cut.
17a handle closes on go
When the chamber is cut to the correct depth, the bolt will close on the go gauge…
17 bolt stays open on no go…and stay open on the no-go gauge.
18 radius on edge of chamber and recess
Finally, the edge of the chamber is broken and a radius is cut around the bolt nose recess.  This radius will assist in feeding.
19 dial in muzzle edge
The barrel is reversed so the crown can be cut.  Initially, I dial in off the outside diameter of the barrel.
20 square muzzle
The barrel is faced.
21 dial in muzzle bore
A range rod is inserted, and the muzzle is dialed in off of the bore.
22 plunge cut crown 90 thou deep
I make a plunge cut, .090″ deep.
22a compound set at 45
With my compound set at a 45 degree angle, I slowly retract the boring bar, this cuts the “pull back” of the crown.
24 use 45 counterbore
A light cut is made with a 45 degree counterbore to break the sharp edge of the crown.24a finsihed crown
The finished crown.
torque barrel 2
The barrel is removed from the lathe and cleaned.  It is torqued onto the action and checked again with go and no-go gauges.  The is barrel secured in a Farrell barrel vise for this operation.
cleaning stock
Time to prep the stock for bedding.  I read somewhere that bedding a rifle was all about the foreplay, this couldn’t be more correct in my experience.  First step is to make sure everything fits.  Once this is accomplished, the stock surfaces are degreased- this is a critical step.
tape surgeon recoil lug #2
The action is degreased prior to bedding to allow the masking tape to adhere to the recoil lug.  I use 3M fine line tape for the sides and a piece of masking tape for the front.  The recoil lug should only be bedded along the rear surface.
tape barrel to center in stock
A few layers of masking tape are used to center the barrel in the barrel channel.  This is also a good time to check that everything fits in the stock one last time.  Sometimes, you’ll encounter stocks with a fairly tight lug inlet and the tape on the lug will prevent the action from seating.  You don’t want to figure this out the hard way while your epoxy is getting ready to set.
release agent
Ample release agent is applied to the metal parts.  I like the Acra-Release Aerosol from Brownells.  At this point I also apply modeling clay to any voids I do not want filled with epoxy.  In addition to making clean up easier, filling the voids with clay prevents mechanical lock up of the action to the stock.
clay snake in front of lug
I like putting a little clay snake in front of the recoil lug to make clean up easier.
apply marine tex
The Marine-Tex is carefully mixed and applied to the bedding surfaces.
placing action in marine tex
The stock is lowered into place.  I screw the bottom metal to the action with the standard stock screws.  I find this is the best method and works better than longer screws.
cleaning up excess epoxy
A little bit of time with some cotton swabs and paper towels and the action is cleaned up.
milling away excess marine tex
Once the Marine-Tex has been allowed to cure for at least 24 hours, the action is removed from the stock.  The excess bedding compound is cleaned with an end mill in the milling machine.
bedding cleaned up on the mill
The two bottom metal screw holes will typically have some epoxy in them.  I chase these holes with a chucking reamer to clear this out.
The action and stock are ready to be finished.  I coated the metal parts of this rifle with black Cerakote. The stock was coated in olive drab Duracoat.
BEAST front creedmoor
6.5 creedmoor front 5
6.5 creedmoor rear left
The excellent Nightforce BEAST 5-25×56 FFP scope finishes this rifle off.  Does it shoot?
6.5 creedmoor 136 scenar 5 shots 264 inches
Yes it does!  Five rounds of 136 grain Scenar-L in Hornady brass at 100 yards, prone, from a bipod with rear bag.
The rifle shoots like a dream. The Surgeon action cycles smoothly, the Timney trigger has a crisp break and the Nightforce BEAST provides an excellent sight picture.  All with the moderate recoil of the 6.5 Creedmoor.  I think I have a new go-to rifle!
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HUH!

Elon Musk’s command of the Ukrainian military

The world’s richest man has more power than you realize.

▷  LISTEN

SAVE

SpaceX owner and Tesla CEO Elon Musk poses on the red carpet of the Axel Springer Award 2020 on Dec. 1, 2020 in Berlin, Germany. (Photo illustration by Paul Szoldra, shot by Britta Pedersen-Pool/Getty Images)

THE UKRAINIAN MILITARY IS RELIANT ON STARLINK internet provided by SpaceX. In other words, the world’s richest man has the power to screw up the operations of Europe’s second-largest army at any moment.

How we got to the supremely weird place of Elon Musk controlling Ukraine’s battlefield communications from half a world away is an interesting story.

It goes something like this: Russia invaded Ukraine in 2014, dispatching armed “little green men” from its military to the country’s east without identifying insignia while repeatedly lying to the world about it. Those Russian troops helped shoot down a civilian airliner carrying 298 people and fueled an astroturfed uprising that killed tens of thousands more. By 2015, Russia had illegally annexed Ukraine’s Crimean peninsula. Two international peace agreements were negotiated but ultimately failed to end what had evolved into a bitter World War I-style trench war.

On Feb. 24, 2022, Russia launched its full-scale invasion of Ukraine and resorted to its usual wartime playbook of attacking civilians and critical infrastructure. Rightly fearing Russia would intercept their calls, Ukrainian civilians flocked to the encrypted Signal messaging app. So did soldiers.

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As the Russians jammed the hell out of Ukraine’s military radios, Signal emerged as a secure alternative to coordinate air strikes, share intel from the treeline to targeters, and call friends without fearing a cruise missile strike.

Starlink internet is now the backbone of Ukraine’s ad-hoc military command-and-control network. Aside from powering defenders’ voice and text chats, Signal and other internet apps are used to target Russian positions with artillery. And Starlink can even claim credit for helping counter Russian propaganda and supporting Ukraine’s information war: a drone can kill one Russian soldier, but video of the act is used to kill Russian morale.

SO WHY ARE UKRAINE and its western allies questioning Musk’s reliability?

On Oct. 3, Musk provoked outrage after proposing a peace plan on Twitter that called for Ukraine to cede territory illegally seized by Russia in a bid to end the war. It was a strange idea for a country whose Army had, only a month earlier, broken the attrition-style warfare that Russia preferred and turned the tide in a stunning counteroffensive, pushing demoralized Russian troops some 200 miles closer to their own homes. Notably, Musk has suggested this peace proposal for weeks and has shared Kremlin talking points with his 100 million+ followers.

Meanwhile, geopolitical expert Ian Bremmer says that Musk spoke with Putin before floating the deal “and [Musk] told me Putin (in a direct conversation with him) was ‘prepared to negotiate.’” Bremmer stood by the reporting even after Musk denied it.

It’s a game of he said, she said: one man is an intellectual who wows Economist readers with insightful analysis of Vladimir Putin, and the other is a wildly successful entrepreneur and investor whom a federal judge found had lied about considering taking Tesla private at $420 a share in 2018, which led to a jump in the stock price and a securities fraud charge that Musk settled for a $40 million fine and other penalties.

“[T]he three August 7, 2018 statements,” wrote Judge Edward Chen in an Oct. 13 order finding three of Musk’s tweets, “were false and that Mr. Musk recklessly made those representations.”

Meanwhile, in an interview getting considerable attention in national security circles, Russia expert Fiona Hill says “it’s very clear that Elon Musk is transmitting a message for Putin.”

“Putin does this frequently,” said Hill, a former top National Security Council official, noting that she had personally spoken with business intermediaries of the Russian president when she was in government.

“He uses prominent people as intermediaries to feel out the general political environment, to basically test how people are going to react to ideas…” she said. “He is basically short-circuiting the diplomatic process. He wants to lay out his terms and see how many people are going to pick them up. All of this is an effort to get Americans to take themselves out of the war and hand over Ukraine and Ukrainian territory to Russia.”

This all before news broke on Oct. 14 that SpaceX had sent a letter in September to the Pentagon requesting it take over funding the cost of operating Starlink in Ukraine. Musk complained about the annual cost to provide Starlink service in Ukraine—roughly 0.045% of his estimated net worth—before reversing himself a day later.

“The hell with it … even though Starlink is still losing money & other companies are getting billions of taxpayer $, we’ll just keep funding Ukraine govt for free,” Musk tweeted on Oct. 15.

So anyway, the Ukrainians’ battlefield edge is now a huge vulnerability.

“For the time being, let’s be happy that he is paying for it. But we need to be on the safe side,” a European Union official told Financial Times. “The Ukrainians are very worried that he will still cut it off.”

🎤 Quotes

Eddy Etue, a U.S. Marine veteran serving with the Ukrainian Territorial Defense Force in southern Ukraine:

“I think his almost immediate backpedaling and commitment to pay says he’s not as out of touch as we thought he was,” Etue told me of Musk while observing Iranian kamikaze drones crashing into nearby buildings.

Asked what would happen if Starlink were cut off, Etue said, “It will just be shitty cell signal for both sides. We’d lose the high-speed interweb advantage.”

Doug Livermore, a U.S. Army Special Forces officer and non-resident fellow at the Joint Special Operations University and Irregular Warfare Initiative:

“SpaceX was able to rapidly provide communications support at a critical time in March/April when the U.S. government was struggling to respond. Arguably, the speed with which the private sector, exemplified by SpaceX, was able to respond shows the real advantage of the ‘private’ part of these partnerships,” said Livermore. “However, it also shows the danger, as private industries are vulnerable to profit margins and other external actors.”

Joe Cirincione, a longtime national security analyst and author:

“I love my Tesla, but Musk is methodically destroying his brand,” Cirincione said in reply to a tweet Musk later deleted. “How can you have confidence in his companies when he regularly publishes unhinged, [uninformed] rants flirting with fascism?”

Peter W. Singer, a national security strategist and military consultant:

“The richest man in the world and the former and maybe next president of the United States have repeatedly advocated the policy positions of the two biggest authoritarian foes of the U.S.” said Singer, meaning Russia and China.

“The National Security community and media just can’t seem to wrap their heads around this shift. And even more, what it means for the future of both U.S. politics and security. No single weapons program, no matter how awesome, is more important to our national security and democracy than how we deal with the larger issues of authoritarian threats to and influence on our politics.”

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