Famous Tank Battles

Operation Lightfoot was Montgomery’s answer to the problem that had defined El Alamein from the beginning: how to break a fortified enemy line without throwing tanks blindly into mines and anti-tank guns. By October 1942, the Eighth Army had the men, guns, aircraft, fuel, and tanks to attack, but strength by itself did not solve the desert’s most dangerous obstacle. The Axis line was protected by deep mine belts, wire, strongpoints, artillery, and concealed guns waiting for British armor to become trapped. Lightfoot mattered because it showed how far armored warfare had moved beyond the idea of tanks simply charging through. The plan began with men on foot, engineers in the dark, artillery overhead, and armored formations waiting for lanes that might or might not open in time.

If you would like to move beyond the podcast, you can see my available books at Military Author dot me. And at Trackpads dot com, you will find magazines and galleries with hundreds of thousands of photos and videos to explore.

The name Lightfoot carried a practical idea. Infantry soldiers were expected to cross minefields more easily than tanks because a man’s weight was less likely to trigger many anti-tank mines, though anti-personnel mines and shellfire still made the crossing deadly. Engineers would move with them, finding and marking paths through what British soldiers called the Devil’s Gardens. Once the infantry had reached their objectives and the lanes had been cleared, the armor would pass through and fight beyond the minefields. On paper, the sequence seemed logical: infantry first, engineers opening doors, artillery suppressing defenders, tanks exploiting the gap. In battle, every part of that sequence depended on timing, courage, visibility, discipline, and luck.

The plan reflected hard lessons from July and August. At Ruweisat Ridge and Miteiriya Ridge, infantry had sometimes taken ground only to find themselves exposed when armor, anti-tank guns, and supporting weapons failed to arrive properly. At Alam Halfa, Montgomery had shown that he would not let his tank forces be lured into the kind of mobile trap that Rommel handled so well. Lightfoot tried to combine those lessons into a deliberate offensive. The Eighth Army would not gamble everything on one rush across open desert. It would break into the enemy position methodically, build a secure foothold, and then use its armored strength when the ground ahead had been made passable. The plan was ambitious precisely because it tried to make chaos obey a schedule.

For a listener without a map, the basic shape was this: Montgomery intended the main blow to fall in the northern part of the El Alamein line, closer to the coast but not simply along the coast road. There, the infantry of Lieutenant General Oliver Leese’s XXX Corps would make the main break-in against the Axis defensive belts. Behind them, Lieutenant General Herbert Lumsden’s X Corps, containing powerful armored formations, would be prepared to pass through the cleared lanes and confront the Axis armor. Farther south, Lieutenant General Brian Horrocks’s XIII Corps would attack as well, partly to hold Axis attention and prevent Rommel’s reserves from moving freely. The whole design depended on making the enemy defend the width of the line while the decisive weight gathered in the north.

Artillery was the great opening instrument. Montgomery’s gunners planned a massive barrage that would strike enemy batteries, strongpoints, and defensive zones before and during the infantry advance. The purpose was not just to destroy, because many defenders were dug in and many guns were hidden well enough to survive. The purpose was also to suppress, stun, isolate, and disrupt. A gun crew that kept its head down at the right moment might be unable to fire on infantry crossing the minefields. A headquarters whose telephone lines were cut might not understand where the attack was strongest. In a battle where tanks would later draw much of the attention, the artillery plan was one of the central machines that made the offensive possible.

The engineers carried one of the hardest responsibilities in the entire operation. They had to create usable routes through minefields in darkness, often while shells burst nearby and infantry fought ahead of them. A cleared lane was not simply an empty strip. It had to be found, widened, marked, reported, protected, and kept from being blocked by broken vehicles. If one tank hit a mine or stalled in the wrong place, traffic behind it could pile up under fire. If markers were lost in dust or darkness, crews could drift from safety into danger. Lightfoot depended on the assumption that lanes could be opened quickly enough for armor to pass, yet the minefields were designed precisely to make that assumption fail.

The infantry role was therefore not secondary to the tank battle; it was the opening act on which the tank battle depended. Australian, New Zealand, South African, Highland, and other British and Commonwealth troops were expected to advance into darkness, capture forward objectives, and hold them against counterattack. They had to move across ground that could be confusing even in daylight, then dig in and prepare for German and Italian reaction. Their success would give engineers cover and give anti-tank guns positions from which to protect the new line. The image of El Alamein as a tank battle is incomplete without these men walking first. Before armored exploitation could even be attempted, infantry had to make the enemy’s defensive crust less deadly.

The armor waited for a moment that everyone understood would be difficult to recognize. British armored divisions were not meant to rush forward independently at the first sound of success. They were supposed to move through cleared gaps, reach more open ground beyond the first mine belts, and then defeat or draw out Axis armored reserves. This required patience, but patience under battle conditions can become hesitation if commanders cannot tell whether the way ahead is truly open. The tank crews knew the enemy had anti-tank guns waiting, including the feared German 88-millimeter guns and many smaller weapons. They also knew that stopping inside a minefield lane could be as dangerous as charging ahead. Lightfoot asked armor to be decisive, but only after other arms had created the conditions for decision.

Logistics shaped the plan just as surely as tactics did. The Eighth Army had accumulated fuel, ammunition, water, spare parts, bridging and mine-clearing stores, medical facilities, and replacement equipment for a sustained battle. This mattered because Montgomery did not expect a victory won by a single brilliant thrust. He expected resistance, setbacks, and the need to keep pressure on the Axis line over days. Artillery needed mountains of shells, tanks needed fuel and recovery support, and infantry needed water and ammunition once they had crossed into the enemy position. A plan like Lightfoot was therefore a logistical event before it was a battlefield event. It turned Allied material superiority into a timed sequence of movement and fire.

The danger was that the plan’s elegance made its weak points easy to hide on paper. A map could show lanes through minefields as clean lines, but real lanes had bends, craters, wrecks, mines missed in darkness, and men trying to direct traffic while exhausted and under fire. A timetable could say when armor should pass forward, but the timetable could not guarantee that every engineer party would survive or that every unit would reach the correct objective. Communications could fail, reports could be delayed, and commanders could make decisions based on partial truth. Lightfoot tried to control a battlefield that was built to resist control. Its success would depend less on whether anything went wrong than on whether the army could keep functioning when many things went wrong at once.

The plan also shows the maturity of armored warfare by 1942. At Cambrai in 1917, tanks had been used as a surprise weapon to cross trenches and wire, still fragile and experimental. At El Alamein, tanks were powerful and numerous, but they were also hemmed in by mines, guns, supply needs, and command problems. The breakthrough would not be created by armor alone. It would have to be manufactured by artillery preparation, infantry assault, engineer work, air superiority, deception, and sustained logistics. Lightfoot therefore belongs to the long evolution from simple breakthrough theory toward integrated combined-arms battle. It reminds us that modern mechanized warfare often begins with careful preparation before it becomes movement.

Operation Lightfoot was a plan built from experience, resources, and caution, but it was not a guarantee. Its great insight was that tanks could not be allowed to solve the minefield problem by themselves. Its great vulnerability was that infantry and engineers might win the first stage while armor remained stuck behind them. That tension gives the plan its dramatic force. Montgomery’s army had prepared more thoroughly than any British desert army before it, but the enemy had prepared too. When the night of 23 October arrived, Lightfoot would leave the world of diagrams and enter the darkness of smoke, mines, shouting, artillery flashes, and blocked tracks. The Eighth Army had designed a path to victory; now men had to find it one yard at a time.