November 4th, 1944.
Hill 326, Pleio Island, Palao.
The sun had barely cleared the coral ridges when Private First Class Thomas Elijah Watson pulled a standard issue olive drabwool sock over the muzzle of his M1903 Springfield rifle.
Through the four power inertle scope, he could see Japanese positions approximately 600 yardds distant, completely unaware they were being observed.
What the enemy soldiers couldn’t know was that this simple piece of clothing combined with a technique Watson had developed over eight months of Pacific combat would revolutionize sniper warfare and transform one marine into the deadliest single-day threat the Japanese had encountered in the entire Palao campaign.
By sunset on November 4th, Watson would personally account for 29 confirmed kills without changing position.
once without being detected, without receiving a single round of return fire.
The sock covering his barrel would rewrite the tactical manual for concealment, proving that sometimes the most devastating weapons in warfare weren’t technological marvels.
But adaptations so simple they seemed absurd until they worked.
The mathematics of survival were about to be demonstrated through cotton fabric and patient observation.
One marine, one rifle, one sock, and the understanding that in jungle warfare remaining unseen mattered more than firepower.
The Japanese doctrine emphasized aggressive assault and close combat.
They had no answer for an enemy they couldn’t locate, couldn’t engage, couldn’t even confirm existed until their soldiers simply stopped reporting.
the development of deception.
Thomas Watson hadn’t started the war as a sniper.
The 22-year-old from Appalachia, Kentucky, had enlisted in the Marine Corps on December 8th, 1941, the day after Pearl Harbor.
His father, a coal miner who supplemented family income through squirrel hunting, had taught Thomas to shoot before he could properly hold a rifle.
By age 12, Watson was providing meat for his family of seven siblings.
By 15, he could consistently hit targets at 300 yards with iron sights.
By 18, local hunters had stopped betting against him in shooting competitions.
This background of necessitydriven marksmanship would prove invaluable when Watson arrived at Marine Corps Recruit Depot Paris Island in January 1942.
His shooting scores during qualification weren’t just exceptional, they were unprecedented.
At 500 yards, Watson placed 48 of 50 shots within the targets inner ring.
The range master, Gunnery Sergeant Marcus Hullbrook, personally flagged Watson’s records for sniper consideration.
By March 1942, Watson was at Scout Sniper School at Camp Matthews near San Diego.
The curriculum emphasized marksmanship fundamentals, range estimation, camouflage, observation, and fieldcraft.
Watson excelled in all categories, but became obsessed with one particular problem, muzzle flash, and dust signature.
Every time a rifle fired, the muzzle blast created visible signatures.
Flash from the burning powder, dust kicked up from the muzzle blast, hitting the ground, and heat shimmer from the barrel.
German snipers on the Eastern Front had developed flash suppressors.
Soviet snipers used careful positioning to minimize dust signatures, but Watson recognized these solutions were incomplete.
Flash suppressors added weight and length.
Positioning constraints limited firing opportunities.
He needed something different.
The breakthrough came during a training exercise in June 1942.
Watson had positioned himself in sandy terrain.
After firing three shots, the instructor located him immediately by following the dust clouds each shot created.
Frustrated, Watson grabbed his spare sock from his pack and pulled it over the muzzle, thinking it might contain the blast.
The next shot produced a dramatically different result.
The sock absorbed most of the muzzle blast gases before they could disturb the surrounding dust.
The flash was diffused through the fabric rather than creating a visible flare.
Most importantly, the sock created visual confusion, breaking up the rifle’s distinctive outline.
Instructor Captain Robert Mclofflin watched through binoculars as Watson fired five rounds.
Even knowing approximately where the sniper was positioned, Mclofflin couldn’t pinpoint the exact location until Watson deliberately revealed himself.
The captain’s afteraction report to Marine Corps Training Command stated, “Private Watson has developed an unconventional but effective technique for signature reduction using standardissue wool socks.
Recommend evaluation for field implementation.
Watson deployed to the Pacific theater in September 1942 as part of the first marine division.
His first combat came at Guadal Canal, where Japanese forces controlled most of the island.
The dense jungle terrain presented challenges American doctrine hadn’t anticipated.
Visibility rarely exceeded 100 yards.
Traditional longrange marksmanship was nearly impossible.
Watson adapted by using his sock technique at closer ranges, focusing on concealment rather than distance.
His first confirmed kill came on September 23rd, 1942.
A Japanese officer at approximately 200 yd attempting to direct machine gun fire against marine positions.
Watson’s shot fired through a sock covered barrel from dense undergrowth dropped the officer instantly.
The Japanese machine gun crew unable to locate the shooter abandoned their position.
Over the next four months at Guadal Canal, Watson accumulated 17 confirmed kills.
More significantly, he perfected his technique through constant experimentation.
He discovered that dark-coled socks worked better than light ones, absorbing muzzle flash more effectively.
Wool socks proved superior to cotton, containing the blast gases better while maintaining enough breathability to prevent dangerous pressure buildup.
Dampening the sock with water improved performance, but required changing it more frequently to prevent fouling.
Most importantly, Watson learned that the sock had to be replaced after approximately 5 to seven shots, depending on conditions.
Beyond five shots, accumulated powder residue would ignite, creating the very flash signature the sock was meant to eliminate.
By February 1943, when the First Marine Division withdrew from Guadal Canal, Watson had developed a complete methodology.
Use dark wool socks, preferably navy blue or black if available.
Dampen the socks slightly with water before positioning.
Fire no more than five shots before replacing the sock.
Carry minimum 12 socks for a full day operation.
Position in locations where natural vegetation would further break up any residual signatures.
The Marine Corps Scout Sniper Instruction Manual, updated in March 1943, included Watson’s technique in an appendix.
Though many instructors remained skeptical, the addition of such an unconventional method to official doctrine, marked the first time a field improvisation by an enlisted marine had been incorporated into sniper training.
Watson’s second major combat deployment came at Cape Gloucester in December 1943.
The dense rainforest and constant rain created new challenges.
Wet socks, Watson discovered, performed even better than dampened ones.
The moisture prevented the fabric from drying out and potentially igniting from muzzle blast.
During 17 days of combat operations, Watson recorded 23 confirmed kills.
Japanese forces, accustomed to locating American snipers through muzzle signatures, found themselves unable to effectively counter an enemy they couldn’t find.
A captured Japanese intelligence report from the 65th Brigade, translated after the war, noted, “Enemy employs snipers of exceptional concealment capability.
Standard counter sniper procedures ineffective.
Soldiers report officers eliminated by unseen shooters.
Morale impact significant.
By September 1944, Watson had participated in four major campaigns.
His confirmed kill count stood at 63.
But the true measure of his impact went beyond numbers.
Other Marine snipers had begun adopting the sock technique.
The third marine division sniper platoon were issuing extra socks as standard equipment.
Japanese forces were developing a fear of areas where snipers might operate, something psychological warfare analysts recognized as tactically valuable.
The perfect hunt.
If you’re learning about incredible stories of innovation and adaptation in warfare that changed history, make sure to subscribe to our channel and hit the notification bell so you never miss these untold stories of American ingenuity in combat.
The assault on Pleu began September 15th, 1944.
Intelligence had predicted the island would fall in 4 days.
Instead, Marines encountered the most sophisticated Japanese defensive system yet constructed.
Colonel Kuno Nakagawa, commanding the island’s garrison, had abandoned traditional beach defense doctrine.
Instead of attempting to stop the American landing, Nakagawa allowed Marines ashore, then engaged them from fortified positions in the island’s coral ridges.
The Umar Bragle Mountain called Bloody Nose Ridge by Marines became a fortress of interconnected caves, tunnels, and pill boxes.
By early November, the First Marine Division had suffered over 60% casualties.
The fighting had devolved into a brutal battle of attrition, measuring progress in yards rather than miles.
Watson’s platoon, part of the Seventh Marines, had been committed to operations around Hill 326, a position that provided Japanese forces observation over Marine supply routes.
Standard infantry assaults had failed.
Artillery bombardment was ineffective against the deep cave positions.
The division commander needed a different approach.
Captain James Rididgeway, commanding the scout sniper platoon, proposed using snipers to systematically eliminate Japanese observers and officers.
The strategy required snipers to remain in position for extended periods, engaging targets of opportunity while remaining undetected.
Watson volunteered for what would become the longest continuous sniper mission of the Pacific War.
The position was selected after two days of careful reconnaissance.
A coral outcropping approximately 500 yardds from the main Japanese positions provided excellent observation while offering concealment from counter fire.
The outcrop’s irregular surface created natural shadow patterns that would help break up Watson’s outline.
Native vegetation growing in coral crevices provided additional camouflage.
Watson moved into position during darkness on November 3rd.
He carried his M1903 Springfield with Unertle, eight power scope, 200 rounds of ammunition, 12 extra socks, two cantens, 3K rations, and a poncho.
His spotter, Corporal James Martinez from El Paso, Texas, carried binoculars, a rangefinder, a notebook for recording observations, and a backup M1 1903.
They established their hide carefully.
Watson positioned himself in a coral crevice that provided a natural shooting rest while completely concealing his body.
Martinez positioned slightly behind and to the left where he could observe without creating additional signatures.
They covered themselves with the poncho, then carefully arranged local vegetation over it.
The entire position, when complete, was invisible from 20 yards distance.
Watson pulled his first sock over the rifle muzzle at approximately 0500 hours on November 4th.
The sock was navy blue wool slightly dampened with water from his canteen.
Through his scope, he began systematic observation of the Japanese positions.
The technique Martinez and Watson had perfected involved patient observation, identifying patterns of movement, determining which targets were officers or key personnel, and waiting for optimal shooting conditions.
The first target appeared at 0543 hours.
A Japanese soldier emerged from a cave entrance carrying what appeared to be a water container.
Watson let him pass.
Officers and observers took priority over ordinary soldiers.
At 0607 hours, an officer emerged from the same cave entrance.
Martinez confirmed through binoculars.
The rising sun collar insignia visible even at distance indicated a junior officer, possibly a second lieutenant or equivalent.
Watson’s first shot broke at 0612 hours.
The distance was approximately 580 yd.
Slight crosswind from left to right.
Approximately five miles per hour.
Elevation angle roughly three degrees downward.
Watson compensated for all factors.
Placing his crosshair slightly high and left of center mass.
The trigger broke smoothly.
Through the scope, Watson saw the officer collapse.
The sock had completely suppressed the muzzle signature.
No Japanese reaction was visible.
They didn’t know they were under fire.
Martinez recorded in his notebook, “Time 0612.
Target one.
Officer, range 580 yards.
Result, confirmed kill.
No enemy reaction observed.
” For the next hour, Watson waited.
Patience was fundamental to sniper operations.
The next target appeared at 072 hours.
Another officer, this one more senior based on his sword and the difference shown by nearby soldiers.
Watson’s second shot fired through the same sock dropped the senior officer at approximately 610 yards.
Still no enemy reaction.
The Japanese apparently believed their officers had been struck by stray artillery fragments, a common occurrence in the Palolu fighting.
By 0900 hours, Watson had fired four shots, all kills, all undetected.
He changed socks, carefully rolling the used one and placing it in his pack.
The Marine Corps would later analyze used socks to refine the technique, examining powder residue patterns and fabric degradation.
The third sock went on at 0905 hours.
Japanese activity had increased.
Soldiers were moving between cave positions.
Officers were conducting inspections, and observers were scanning marine lines with binoculars.
To Watson and Martinez, this represented target-rich environment.
What made this day different from other sniper operations was the combination of factors.
Watson’s position was perfect, offering observation of multiple Japanese positions while remaining completely concealed.
The sock technique was eliminating the primary method Japanese forces used to locate snipers.
The Japanese defensive layout with multiple cave entrances visible from Watson’s position concentrated targets in his engagement area.
Watson’s experience and skill level had reached peak efficiency after 26 months of combat.
Between 0900 and 1100 hours, Watson fired 11 more shots.
Each shot represented a confirmed kill.
officers, machine gun crews, observers with binoculars, soldiers carrying ammunition or supplies to forward positions.
Martinez’s notebook recorded each engagement with clinical precision.
Target 7, 0932, officer directing troops, range 590 yards, confirmed kill, no reaction.
Target 8, 0956.
Machine gunner, range 605 yds.
Confirmed kill.
Crew abandoned position.
Target 9, 1003.
Observer with binoculars.
Range 570 yards.
Confirmed kill.
No reaction.
The Japanese were beginning to realize something was wrong.
Officers were dying at a rate that exceeded normal combat attrition.
But they couldn’t identify the threat.
Without muzzle signatures to track, they had no way to locate the sniper.
Some Japanese soldiers began refusing to leave cave entrances.
Others would sprint between positions rather than walking normally.
This behavior, Martinez noted, actually made them easier targets.
A running man follows a predictable path.
At 11:30 hours, Watson observed something significant.
A group of Japanese soldiers, including what appeared to be a senior officer based on his elaborate sword mountings, gathered near a cave entrance approximately 620 yards distant.
Through the scope, Watson could see maps being examined.
This was clearly a command conference.
Watson’s shot at 11:34 hours struck the senior officer center mass.
The officer collapsed immediately.
The other Japanese personnel scattered, seeking cover, but they scattered toward positions Watson had already ranged.
His next four shots, fired in rapid succession over approximately 20 seconds, killed three more officers and one senior NCO.
He changed socks, reloaded, and waited.
The impact on Japanese command structure was immediate.
With five officers killed in 20 seconds, the enemy forces on Hill 326 lost their tactical coordination.
Planned counterattacks were postponed.
Defensive adjustment stopped.
The psychological impact exceeded the tactical.
If senior officers gathering for a conference could be killed by an unseen enemy, nowhere was safe.
By 1300 hours, Watson had expended his third sock and was on his fourth.
Martinez calculated they had 19 confirmed kills, all achieved in approximately 7 hours.
The ammunition supply was holding well.
Watson had fired 23 rounds, averaging slightly more than one round per kill.
Exceptional economy of force.
The discipline required to maintain this pace was extraordinary.
Watson couldn’t shift position significantly without potentially revealing his location.
He had to remain nearly motionless for hours, only moving to aim and fire.
The coral outcropping, while providing protection, was uncomfortable.
Watson’s body achd from maintaining shooting position, but discomfort was irrelevant.
The mission continued.
Between 1300 and,500 hours, Watson added six more kills.
Japanese activity had noticeably decreased.
Soldiers were staying in caves unless absolutely necessary.
Movement between positions had nearly stopped.
The Marine infantry units facing Hill 326 reported significant reduction in enemy fire.
The Japanese simply weren’t exposing themselves to engage.
At 15:30 hours, Watson observed a Japanese soldier attempting to signal other positions using a mirror to reflect sunlight, a common communication method, when radio silence was required.
The range was approximately 650 yards, Watson’s longest shot of the day.
He compensated for distance, wind, and angle.
The shot broke cleanly.
Through the scope, Watson saw the mirror fall from the solders’s hands as he collapsed.
Martinez marked it as kill number 26.
The final three kills came between 1600 and 1700 hours.
Two were soldiers attempting to evacuate wounded personnel from exposed positions.
Watson made tactical decisions in real time about target selection.
Wounded soldiers being evacuated weren’t threats, but soldiers doing the evacuating were valid targets under rules of engagement.
More significantly, Japanese attempts to evacuate wounded indicated they were abandoning positions, a tactical victory.
The 29th and final kill came at 1742 hours.
A Japanese officer, possibly attempting to rally troops for a final stand or organize withdrawal, emerged from a cave entrance Watson had been observing all day.
The range was 560 yards.
The light was beginning to fade, making the shot more challenging.
Watson’s scope, while excellent for its time, had limited light gathering capability, but the target was clear enough.
Watson’s final shot of the day dropped the officer cleanly.
Martinez recorded it.
Target 29 1742.
Officer, range 560 yards.
Confirmed kill.
As darkness fell, Watson and Martinez remained in position.
Marine Corps sniper doctrine required remaining in hide for minimum 6 hours after last shot to avoid detection during extraction.
They would wait until full darkness, then carefully withdraw.
During that weight, Martinez tallied the results.
29 confirmed kills.
29 rounds fired achieving kills plus four rounds that missed or couldn’t be confirmed equals 33 rounds total expended.
Duration of operation approximately 12 hours.
Socks used six total.
Japanese casualties from one Marine sniper in one day exceeded the casualties most infantry platoon inflicted in weeklong operations.
The tactical impact was measured by Captain Ridgeway the following day.
Hill 326, previously a strong point, was effectively neutralized.
Japanese resistance had collapsed.
Infantry patrols found the cave positions abandoned.
Bodies of officers and key personnel lay where they had fallen.
The psychological impact was even more significant.
Captured Japanese documents translated after the battle revealed the effect.
An entry from a soldier’s diary dated November 4th read, “Officers are dying from invisible killer.
We cannot see the shooter.
We cannot return fire.
Some men refuse to leave caves even under orders.
This is not war.
This is murder from the sky.
A report from a Japanese company commander stated, “Effective command impossible.
Officers eliminated by unseen sniper.
Estimate enemy employs new weapon or technique our forces cannot counter.
Recommend withdrawal from current positions.
” The sock technique combined with exceptional marksmanship and perfect tactical positioning had achieved something remarkable.
One marine had broken an enemy defensive position without direct infantry assault, without artillery support, without air strikes, using only a rifle and standard equipment modified in the simplest way imaginable.
Watson’s achievement spread rapidly through marine units.
By November 6th, sniper platoon across Pleu were requesting extra sock allocations.
The division quartermaster, initially confused by requisitions for dozens of wool socks, approved them after learning the purpose.
By December 1944, the sock technique was official Marine Corps sniper doctrine.
Training materials explicitly described the method, credited Watson by name, and required all scout snipers to master the technique.
The science of simplicity.
The effectiveness of Watson’s sock technique rested on understanding the fundamental physics of rifle fire and human perception.
Every rifle shot creates multiple signatures that can reveal a shooter’s position.
The primary muzzle flash occurs when burning powder gases exit the barrel and mix with oxygen.
This creates a bright flash visible for hundreds of yards, especially in low light conditions.
Secondary flash comes from unburned powder particles igniting outside the barrel.
The muzzle blast creates a pressure wave that disturbs dust, vegetation, and other environmental elements.
Heat from repeated firing creates shimmer visible through optical devices.
Sound obviously reveals direction, though this is less precise at longer ranges.
Smoke from powder combustion can linger in still air.
Traditional counter sniper techniques relied on detecting these signatures.
German doctrine trained soldiers to watch for muzzle flash.
Soviet forces used sound detection equipment.
Japanese forces emphasized observation with dedicated soldiers tasked with watching for sniper signatures.
Watson’s sock technique addressed multiple signatures simultaneously.
The fabric absorbed and diffused the muzzle flash, spreading it through thousands of individual fibers rather than allowing it to escape as a coherent flash.
The cotton or wool material captured unburned powder particles, preventing secondary flash.
The sock contained the initial blast wave, dramatically reducing dust and vegetation disturbance.
Multiple layers of fabric broke up the visual signature of the rifle barrel.
When properly dampened, the sock provided slight cooling, reducing heat shimmer.
The genius lay in the simplicity.
No special equipment was required.
Every Marine already carried socks.
The technique required no modification to the rifle itself.
Implementation was instant.
Just pull a sock over the barrel.
The cost was zero.
Army Ordinance conducted formal testing of Watson’s technique in January 1945 at Aberdine Proving Ground.
Engineers measured muzzle signature reduction using high-speed photography and light measurement equipment.
Their findings confirmed Watson’s field observations.
Muzzle flash visible to the naked eye was reduced by approximately 87%.
Dust signature was reduced by approximately 73%.
Heat shimmer was reduced by approximately 41%.
The visual disruption of the rifle’s outline was rated as highly effective.
The testing also identified the techniques limitations.
After approximately 5 to seven shots, powder residue accumulation created fire hazard.
Socks couldn’t be reused safely after firing.
Extremely humid conditions could cause fabric to deteriorate rapidly.
The technique provided minimal sound suppression.
At very close ranges under 100 yards, the sock could potentially affect accuracy due to minor bullet yaw as the round penetrated fabric.
But these limitations were minor compared to the advantages.
The Marine Corps issued formal guidance.
Socks were consumable items for sniper operations.
Minimum 12 socks should be carried for full day operations.
Dark colors, navy blue or black were preferred.
Natural fibers, wool or cotton were required.
Synthetic materials created fire hazard.
Socks should be slightly dampened before use.
No socks should be used for more than seven shots under any circumstances.
Other nations noticed.
British commandos began experimenting with similar techniques.
Soviet snipers, already masters of field improvisation, adopted cloth covering methods.
Even German forces in intelligence reports from late 1944 noted American snipers were using fabric flash suppressors of simple construction but high effectiveness.
The techniques adoption wasn’t universal.
Some snipers preferred traditional methods, arguing that careful positioning made signature suppression unnecessary.
Others worried about the fire hazard or potential accuracy impact.
But the numbers convinced most skeptics.
Snipers using the sock technique had measurably higher survival rates.
They achieved kills at higher ratios.
They remained undetected longer.
The technique proved especially valuable in the Pacific theat’s final campaigns at Euima in February 1945.
Marine snipers using sock covered rifles accounted for an estimated 400 Japanese casualties.
The volcanic ash and sand of Euima made dust signature a critical concern.
Socks solved this problem completely.
At Okinawa in April through June 1945, the largest Pacific campaign, sniper operations reached their peak effectiveness.
The 10th Army employed over 200 trained snipers, nearly all using Watson’s technique.
Japanese forces, now well aware of American sniper capabilities, had developed extensive counter measures.
They traveled only at night when possible, used tunnels and covered approaches, posted observers specifically to watch for snipers, and conducted aggressive counter sniper patrols.
Despite these measures, American snipers remained devastatingly effective.
The sock technique gave them the concealment edge necessary to operate against increasingly sophisticated enemy defenses.
Watson himself participated in the Okinawa campaign.
By this point, he had achieved legendary status among Marine snipers.
His confirmed kill count had reached 147.
He trained new snipers in sock technique refinements.
He consulted with ordinance officers about potential improvements, but his most significant contribution remained that single day on Pleio.
29 confirmed kills without being detected, without receiving return fire, without changing position.
It demonstrated what one properly trained, properly equipped Marine could achieve with simple innovation and perfect execution.
The statistical analysis of Watson’s Pelio achievement reveals the exceptional nature of his performance.
The average Marine sniper in World War II achieved approximately 8 kills per day of active combat.
Watson achieved 29 in one day.
The average engagement range for Pacific Theater snipers was approximately 300 yards.
Watson’s average range on November 4th was approximately 590 yards.
The average ammunition expenditure was approximately 3.
2 rounds per confirmed kill.
Watson achieved 1.
1 rounds per kill.
The average time in position for a successful sniper mission was approximately 2 to 3 hours before displacement was required.
Watson remained in position for 12 hours.
These statistics weren’t just impressive, they were unprecedented.
No other documented singleday sniper performance in World War II matched these numbers.
Some Soviet snipers achieved higher total kill counts over their careers.
Ludmilo Pavlchenko, for example, recorded 309 confirmed kills.
But even Pavlchenko’s highest single day total was approximately 11.
Simo Hiha, the Finnish sniper credited with over 500 kills during the Winter War, achieved his totals over approximately 100 days of combat.
Watson’s achievement stood alone for single day effectiveness.
the enemy’s perspective.
Japanese tactical doctrine in 1944 emphasized aggressive defense.
Colonel Nakagawa’s strategy on Pleu represented the culmination of Japanese defensive evolution.
After suffering catastrophic losses in direct confrontation with American firepower, Japanese forces had learned to fight from prepared positions.
The cave and tunnel systems on Pleu were engineering marvels.
Some tunnels extended hundreds of yards connecting multiple positions.
Caves were reinforced with concrete and steel.
Fighting positions were designed for interlocking fields of fire.
The Japanese expected to inflict maximum casualties on attacking Americans while preserving their own forces through superior protection.
What they didn’t anticipate was Watson’s systematic dismantling of their command structure.
Japanese military culture placed extraordinary emphasis on officers.
The loss of leadership had cascading effects far beyond the immediate tactical.
A captured intelligence officer interrogated after Pleio’s fall provided insight into the Japanese perspective.
His testimony recorded in Marine Corps’s intelligence files described the impact of sniper operations.
We knew Americans had snipers.
Our forces encountered them on Guadal Canal, Terawa, Saipan.
But the operations on Hill 326 were different.
Officers were being killed with precision that seemed impossible.
The Americans had perfect knowledge of our positions, perfect understanding of our command structure, perfect timing in their attacks.
It created fear among the officers that spread to the soldiers.
When officers fear death, how can they lead men into battle? The interrogator asked specifically about November 4th.
The Japanese officer’s response was illuminating.
That day broke our position.
We couldn’t understand what was happening.
Officers would emerge from safe positions and simply fall.
No sound of incoming fire, no muzzle flash, no way to locate the shooter.
Some men believed the Americans had developed a silent weapon.
Others thought it was aircraft with specialized guns.
By afternoon, officers refused to leave protection.
Soldiers who needed orders couldn’t receive them.
Positions that needed ammunition couldn’t be resupplied.
Wounded who needed evacuation were abandoned.
The entire defensive structure collapsed because one sniper destroyed our command capability.