The Four Distances of Spear and Shield Combat

We think of spear and shield combat as happening across four distances, each with its own weapons, tactics, and priorities. The fighter who controls the distance controls the fight.

This framework came out of years of sparring with these weapons. Early on, we trained mostly at what we now call long distance, keeping the opponent at spear's length and thrusting from there. That's what most people do with a spear, and it works up to a point. But once we started testing against skilled opponents using shorter weapons (axes, swords), it became clear that long distance alone isn't enough. You need to be able to fight at every range, and you need to move between them deliberately rather than getting pushed into a distance you're not prepared for.^[1]

Throwing distance

The outermost range: the distance from which a thrown spear is dangerous. A competent thrower is a genuine threat from about ten steps, and seriously dangerous from five. A duel effectively starts when the opponent enters the range where they need to worry about the throw. The decision to actually throw is a commitment. You give up your primary weapon to force a reaction or end the fight. But even without throwing, the threat does real work: drawing the spear back and shifting weight forces the opponent's shield into a defensive position, which opens lines for the approach.

The spear's ability to penetrate armour is directly related to its ability to accelerate, which means the throw is the most dangerous way to use the weapon. This matters for understanding why spears were thrown in combat even when it meant losing the weapon.

Long distance

Roughly two steps apart. The range at which the spear point can reach the opponent with a committed step forward. This is where the spear has its clearest advantage: the opponent with a shorter weapon can't reach you yet, but you can reach them. The key skills are accuracy of thrust, the ability to slide the spear through the grip to extend range, and lining up your whole body behind the attack rather than just punching with the arm.^[2]

The shield's main job at long distance is controlling the opponent's spear: deflecting it, catching it, pinning it. Meanwhile your own spear works to create openings. The tactical game is about creating a credible threat that forces the opponent to move their shield, then exploiting the opening with a step and thrust before they recover. Walking backward while using the spear can maintain this distance, and adding cuts during spear retrieval makes it harder for the opponent to close.

Melee distance

Close enough that shield strikes and secondary weapons (swords, axes, knives) can reach. This is the distance a shorter-weapon fighter wants to be at, and where the spear's length becomes a liability unless the grip is shortened. We've found that the combination of active shield use and the stopping power of the sharp spear are what make the spear viable here. The shield can punch to the face, throat, or collar bone. These are among the most dangerous strikes in the entire weapon system. The spear held in a shorter grip can still cut and thrust effectively, especially when combined with footwork that keeps you at the outer edge of melee range.

Our argument is that the main benefit of the spear's reach isn't that the enemy can't reach you. It's that having the longer weapon gives you the initiative. You create threats first, which means you dictate when and how you enter melee distance rather than having it forced on you. This is what we call boxing in and out: stepping in behind a shield strike to close distance, using a spear thrust to push the opponent back and open distance, combining the two in sequence. The name comes from boxing because the principle is identical. You move in behind your attacks and out behind your defence.^[3]

Wrestling distance

Body-to-body range. The spear gets gripped close to the point, used more like a knife. Wrestling becomes relevant: throws, trips, weight drops, clinch work. This distance usually comes from a bind at melee range. If weapons are locked together and neither fighter can free them, the natural next step is to close further and take the fight to the body.

We want to be comfortable enough here that we're willing to step forward and take the close fight with weapons still in hand. Dropping them to grapple might work in the moment, but the moment the opponent steps back, finding your spear on the ground is a problem. Sliding into a short grip and using the spear like a dagger allows for disarms, shield manipulation, and continued fighting at body contact range.

What Happens When a Sharp Spear Hits a Wooden Shield

Before building a fighting system around these weapons, we needed to understand what they actually do to each other. We built reconstructed shields and tested them with period-accurate sharp weapons.

Understanding the material realities changes how you fight. A technique that looks good in theory fails if the spear gets stuck in the shield. A defensive position that seems sound collapses if the weapon penetrates further than expected. Working with sharp, historically accurate weapons against properly constructed shields is the foundation that all our tactical thinking rests on.

The shields we tested

We built two shields based on archaeological evidence for late Germanic and Nordic center-grip construction: spruce planks, hide glue, leather facing (one tanned, one rawhide), rawhide edge binding, wooden boss.^[4][5] The key variable was thickness. One shield at 6mm tapering to 3mm at the edge, the other at 10mm with the same edge taper. We named them Skinny Brother and Fat Little Sister. Both from the same order of spruce, probably the same age, maybe the same tree. Same glue, same leather supplier, same rawhide edging. The only difference is the starting thickness of the planks.

Spear penetration

Arttu held the shields one-handed, allowing them to turn naturally on impact. Joeli delivered the strikes. One-handed overarm thrusts with a sharp spear penetrated both shields, typically 0.5 to 1 centimetre. Step-and-thrust attacks went somewhat deeper. That's enough to get the point through the board and into the space where the fighter's hand and arm are.

Throwing a heavier thrusting spear stuck to both shields almost every time, with penetration from 0.2 to 5 centimetres. Lighter javelins told a different story. They stuck to the thicker shield almost every time but had trouble with the thinner one, which flexed away from the impact instead of absorbing it rigidly. A finding worth paying attention to: a thinner, lighter shield that moves with the blow may actually perform better against thrown weapons than a heavier one that takes the hit head-on.^[6]

Sliding underarm thrusts didn't penetrate either shield. The angle and lower force mean the point slides across the surface rather than biting in. The underarm grip may be safer for probing, but when you need to commit, the overarm is what penetrates.^[7]

Cutting

Joeli held the spear two-handed at the butt end and swung the blade against the shield edge. Results depended heavily on grain direction. Against the grain: neither shield was penetrated. Along the grain: both shields took 2 to 4 centimetres of penetration. A fighter presenting their shield edge-on to a spear cut along the grain is in serious trouble.

Axes

A one-handed axe, forged by smith Timo Miettinen as an interpretation of a Viking age type, struck along the grain penetrated both shields 1 to 4 centimetres. Against the grain, neither was penetrated. The two-handed dane axe, also by Miettinen, swung with full force along the grain, penetrated 2 to 3 centimetres. Less than we expected for such a powerful weapon, but enough to trap the axe head in the shield. Both fighters then have to deal with that.

Arrows

Joeli shot a bow with an 80cm draw length. At 10 metres with broadhead arrows from a 100-pound longbow, one arrow penetrated each shield deeper than 10 centimetres: 18cm through the thinner shield, 13cm through the thicker one. An arrow that goes that deep through a shield is a lethal threat to the arm behind it.

What we took from this

Several things that directly affect technique. Shield orientation matters: taking weapon impacts across the grain rather than along it dramatically reduces penetration. A thinner, lighter shield used actively may outperform a thicker, heavier one held statically. The spear is genuinely a dual-use weapon. It cuts as well as it thrusts, and switching between the two makes you harder to defend against. And any approach that involves holding the shield still and absorbing hits is a losing strategy. Active movement (catching, deflecting, angling) isn't a refinement. It's a survival requirement.^[8][9]

Training Spear and Shield: Equipment and Safety

Training this weapon system safely requires purpose-built equipment. Some of it we make ourselves, some is commercially available.

Training spear

We make our own training spears. The shaft is thin wood, light enough to handle single-handed for extended periods without fatigue degrading your technique. Each spear has two markings: one at the balance point and one at the butt end, so you can find consistent grip positions without looking. Total length varies by fighter, ranging roughly from tip at eye level to "one can just touch the tip," which in practice means somewhere between 180 and 230 centimetres depending on the person.^[10][11]

The point is a roll of rubber, designed specifically to grip the flat of the shield rather than slide off it. On contact, the rubber opens up like a flower instead of bending sideways. A thrust that lands on the shield stays where it landed. It doesn't deflect unpredictably. Both fighters can read what happened: the attacker knows whether the thrust was accurate, the defender knows whether their shield position was correct. This feedback loop is what makes the drills work.

Training shield

Our shields are 4–5mm HDPE (high-density polyethylene) plastic, 85 centimetres in diameter. HDPE bends just enough on impact to absorb some of the force, which makes it safe to use with a high-quality fencing mask. A rigid shield transmits the full impact to the arm and, on close-range strikes, to the head and neck. The flex of HDPE takes the edge off without making the shield feel unrealistic in use.

Secondary weapons

The spear is the primary weapon, but melee distance and wrestling distance often involve secondary weapons.

• Axe: commercially available training axes from Faceless Fencer.
• Knife: a good secondary weapon for wrestling distance. Many suitable training knives are available commercially.
• Swords and long knives: we use commercially available leather dussacs. The edge and point offer good bind, meaning they can control the shaft of a spear and the flat of a shield, giving the weapon realistic parrying ability. Rubber dussacs from Faceless Fencer also work well.

We deliberately keep secondary weapons short, shorter than a full-length sword. This emphasises the shield as the primary weapon at close range and forces you to develop shield skills rather than falling back on sword technique. Longer options can come later.

Safety

Shield strikes are the greatest danger in this training. A shield strike to the face, throat, or collar bone can break bones. These are the most common injuries in unprotected sparring with these weapons.

• Fencing helmet: mandatory. A high-quality fencing mask rated for HEMA sparring.
• Neck protector: mandatory. Must cover the collar bone, not just the throat. Check your protector's coverage before training. Standard fencing gorgets may leave the collar bone exposed.
• Gloves: strongly recommended. Good gloves that allow precise grip control on the spear make a real difference to the sparring experience. If you can't find suitable gloves, padding the shield boss softens the impact on unprotected hands.

Reconstructing Prehistoric Combat Without Written Sources

Most historical martial arts reconstruction works from manuscripts, fighting manuals written by practitioners who described their techniques in words and illustrations. For the center-grip shield and spear, no such manuals exist. We work from a different kind of evidence entirely.

This weapon combination was in continuous use from the late Bronze Age well into the Middle Ages. And as far as the surviving record shows, nobody wrote down how to fight with it. That's not unusual. Writing down fighting technique requires literacy, institutional support, and a culture where preserving martial knowledge in text makes sense. For most of human history, fighting was taught person to person. When the weapon system was eventually displaced, the knowledge went with the last people who carried it.

What we have to work with

Four types of evidence survive. First, the weapons themselves: archaeological finds of spearheads, shield bosses, and occasionally shield boards. Their physical properties constrain what's possible. Weight, balance, edge geometry, construction. Any technique that requires the weapon to do something it physically can't is wrong, no matter how logical it looks on paper.

Second, damage patterns. Marks on surviving shields, cut marks on bones, embedded weapon fragments. The forensic record of actual fights: where blows landed, at what angle, with what force.

Third, iconography. Images carved in stone, painted on pottery, embossed on metalwork. Individual images have to be read carefully because artistic convention and symbolic intent distort them, but across hundreds of depictions, patterns emerge that are hard to dismiss.

And fourth, written accounts. Not fighting manuals, but descriptions of combat by historians, poets, and chroniclers. Filtered through the writer's perspective, but they sometimes describe tactical realities that match what we see in the physical evidence.^[12]

How we get from evidence to practice

The process is iterative. We start with what the evidence allows: the weapons, the grips, the stances visible in iconography. We build training weapons that match the originals in weight, balance, and handling. Then we fight with them, and most of what we try doesn't work.

An example: for years we trained the underarm spear grip almost exclusively. It felt natural, it's common in iconography, and it gave good control at long distance. But when we started pressure-testing it in sparring against committed opponents closing distance, it didn't generate enough stopping power. The overarm grip, which we'd largely ignored, turned out to be what made the spear viable at melee range and what made throwing a real tactical option. It took ten years of training before that grip became comfortable enough to use under pressure. The evidence had always been there in the iconography; we just hadn't understood why until we'd failed enough times with the alternative.^[13][14]

This is what sparring does in reconstruction work. It eliminates what doesn't function. What survives the testing isn't necessarily what the original fighters did. But it's within the space of what works with these weapons, and over years of training, that space narrows. The reconstruction converges on something that is both effective and consistent with the evidence.

We've presented and pressure-tested this approach at international events, workshops and sparring sessions with experienced fighters from different traditions. The feedback has been critical in places and generous in others, and both have been useful. The system holds up against skilled opponents who know what we're doing and have had time to look for counters.

What this is and isn't

This is not re-enactment. We're not reproducing the appearance of historical combat but attempting to reconstruct its function. The test isn't whether it looks right but whether it works against a resisting opponent. It's also not sport fencing with historical weapons. Sport fencing optimises for scoring within a rule set, and we're optimising for what the weapons can actually do.

What it is, at its core, is experimental archaeology applied to martial arts. The hypothesis is a technique or a tactical principle. The experiment is sparring. The data is what happens. Over time, the system that emerges is grounded in both evidence and function. Not proven (proof isn't available for prehistoric practice), but supported and tested.

The Center-Grip Shield: History and Function

In the weapon system we work with, the shield isn't a passive defensive object. It's a weapon, and in our experience, it's the primary one. Understanding why requires understanding how it's held, how it moves, and what it can do that other shield types can't.

How it works

A center-grip shield has a single handle behind the boss, the raised dome at the centre of the face. You grip it with one hand and hold it out in front of the body. The entire shield can move freely in any direction: up, down, left, right, rotated, punched forward, pulled back. The boss protects the hand behind it.^[15]

This is a different instrument from a strapped shield, where the arm passes through loops on the back and the shield is fixed to the forearm. A strapped shield is harder to knock aside but far less mobile. The center-grip design trades passive stability for active versatility, and in our experience, that trade is heavily in the center-grip's favour when paired with a spear.

The shield as weapon

Because a center-grip shield can be punched, it's an impact weapon. A shield strike to the face, driven by the shoulder and body weight, is one of the most dangerous actions in this weapon system. The boss concentrates force into a small area. The mass gives the strike momentum. And the shield is already in your hand. There's no draw time, no weapon switch.

Beyond striking, the shield catches. A parry with a center-grip shield isn't a block. It's a collection. The shield moves to meet the incoming weapon and gathers it, redirecting momentum and trapping it against the shield face. A caught spear is a controlled spear: you now decide where it goes. Defence and offence aren't separate phases. They're the same movement.

The archaeological record

Center-grip shields appear from at least the Bronze Age. The Herzsprung-type bronze shields, dating to around 1000 BCE, are among the earliest well-documented examples. Thin bronze discs, roughly 65 by 70 centimetres, as light as 1.5 kilograms, with embossed patterns that double as structural reinforcement. Some show damage consistent with weapon impacts, confirming they saw combat despite being remarkably thin.

Through the Iron Age, shields grew larger and shifted to wood: planks of linden, poplar, alder, or spruce, with leather facings and sometimes metal edge bindings. The center-grip design stayed dominant across Germanic and Nordic cultures for over a thousand years. Bosses evolved from wood to iron, but the core principle (one hand, one grip, full mobility) remained constant.^[16]

The Illerup Ådal deposits in Denmark (approximately 200 CE) contain hundreds of destroyed shields with iron bosses, war booty sacrificed in a lake. The Gokstad ship burial (10th century Norway) held 64 shields along the hull.^[17] Across a millennium of finds, the center-grip round shield is by far the most common type in Northern European contexts.

Why it worked

The center-grip shield complements the spear. A spear in its most common battlefield configuration is a one-handed weapon.^[18][19] The other hand holds the shield. The combination gives the fighter reach (the spear), protection (the shield), and close-range striking power (also the shield). No other weapon pairing of the period offers all three.

The shield's mobility matters because the spear demands it. A spear can attack from any angle: high, low, left, right, thrust, cut, throw. Defending against that range of attacks requires a shield that can move as fast as the spear point. A strapped shield can't do this. A center-grip shield can. The cost is that it can be knocked aside more easily, but active shield movement (never presenting a static target) mitigates that in practice.

Continuous use across cultures and centuries of changing warfare isn't tradition for tradition's sake. It's evidence that the combination was effective enough, versatile enough, and learnable enough to remain the standard.^[20]