When to Repair, Recycle, or Recraft Your Gear

The repair-vs-recycle decision in Arc Raiders depends on the gear type and which materials you can actually afford to spend. Here’s the short version:

	Gear	Repair?	Recycle?	Why
	Augments	No	Use til broken	No performance loss at low durability. Just ride it out.
	Light Shields	Yes	Only if flush on ARC Alloy	Plastic Parts are free from Scrappies. ARC Alloy has 5+ competing sinks.
	Medium Shields	Only above 50%	Yes	ARC Circuitry is the bottleneck. Recrafting saves it.
	Heavy Shields	Yes	Avoid	Recycling destroys the Power Rod. Not worth it.
	Snap Hooks	Yes	No	Saves a Power Rod per cycle. Looted ones can only be repaired.
	Vita Sprays	Yes	Situational	Repair avoids Tick Pods, needed for Medical Lab upgrades.
	Weapons	It depends	It depends	Case-by-case math based on upgrade level, rarity, and stockpile.

Recycling always returns the rarest component regardless of durability, so you can recover expensive materials. But the “cheap” materials you spend to recraft aren’t always as cheap as they seem. The community has converged on decision rules anchored around a 50% durability breakpoint for shields, a “just don’t bother” stance on augments, and a resource-availability check for everything else.

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How the Durability and Repair System Works

Every weapon, shield, and augment has a durability score from 0 to 100. Weapons lose durability from firing (each gun has a unique per-shot degradation rate) and from dying. Shields lose durability from absorbing damage and from death. Augments are unique — they only lose durability when you fully die (more on this below).

Durability does not affect in-combat performance. A shield at 10% durability has the same charge capacity and mitigation as one at 100%. Same for weapons: no confirmed evidence that low durability affects reload speed or damage output, despite some community speculation. Durability is a lifespan counter, not a performance stat. Once it hits zero, the item breaks and can no longer be used. The real penalty for low durability is economic: sell value scales non-linearly. A Hullcracker at 100 durability sells for roughly 10,000 coins versus about 1,000 coins at zero.

Repairs are performed at the Workshop in Speranza by right-clicking an item. Each repair restores approximately 50 durability points, meaning a fully broken item requires two repairs to reach 100. This “two-repair” threshold is the linchpin of repair economics — any item below 50% durability doubles its total repair cost. Mid-raid repairs are not possible, though ARC Powercells can recharge a shield’s active HP without restoring its long-term durability.

One crucial rule governs the entire system: recycling returns are completely unaffected by durability. A shield at 0% and one at 100% yield identical materials when broken down. This single fact underpins most of the community’s strategic advice.

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Augments: Almost Never Repair (The Easiest Call in the Game)

This deserves top billing because it’s the most straightforward decision and the one most new players get wrong.

Why augments are fundamentally different from weapons and shields

Augments have a unique durability mechanic that sets them apart from every other gear type in the game. Augments do not lose durability from normal raid activity. They don’t degrade when you extract, when you get downed and revived, or even when you exit a raid while downed. The only way an augment loses durability is when you fully die — at which point it takes a flat 30-durability hit.

This means a fresh augment at 100 durability can survive three full deaths before breaking (100 → 70 → 40 → 10 → broken on the 4th death). That’s potentially dozens of successful raids between each durability loss event.

Why there’s no performance penalty at low durability

Here’s what makes the augment math truly decisive: no gear type in Arc Raiders suffers performance degradation at low durability. Durability is purely a lifespan counter across all item types. An augment at 1 durability functions identically to one at 100: same inventory slots, same weight capacity, same shield compatibility, same passive ability. It works perfectly right up until it hits zero and breaks.

This means there is literally no gameplay reason to repair an augment that still has any durability remaining. Even at 10 durability, it will serve you perfectly for every raid you survive. It will only lose another 30 points if you die — and if you die, you’ve lost the augment anyway (it drops on death like everything else in your loadout).

The repair math confirms it

Even if you did want to proactively repair, the numbers don’t support it:

Action	Cost / Return
Craft new augment	2× Adv. Electrical Components + 3× Processors
Repair (per use, +50 durability)	1× Adv. Electrical Component + 2× Processors
Recycle	1× Adv. Electrical Component + 1× Processor

After recycling and accounting for recovered materials, the net cost to recraft is identical to repairing — but recrafting gives you 100 durability instead of 50. Repairing is strictly worse even in the scenario where you do want to restore durability.

The community verdict

Every guide, every Reddit thread, and every Steam discussion agrees: never repair augments. Use them until they break, recycle if the durability is low enough that one more death would destroy it (and you’re going on a risky run), or just ride it into the ground. The only person who benefits from repairing a low-durability augment is the enemy player who kills you and picks it up — you’re literally spending resources to improve their loot.

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Shields: Recycle and Recraft Almost Every Time

The shield economy is the next-clearest case for recycling over repairing. Arc Raiders has three shield tiers, and the math favors recrafting for two of them. For a full breakdown of how shield mitigation and charge work, see our Shield Guide.

Light Shield (Common — Gear Bench 1)

Action	Cost / Return
Craft new	2× ARC Alloy + 4× Plastic Parts
Repair (per use, +50 durability)	4× Plastic Parts
Recycle (at Speranza)	4× Plastic Parts
Salvage (mid-raid)	1× ARC Alloy

The Light Shield math looks straightforward on paper. Repairing from below 50% costs 8 Plastic Parts (two repairs), while recycling and recrafting costs a net of just 2 ARC Alloy (recycling returns 4 Plastic Parts, recrafting costs 4 Plastic Parts + 2 ARC Alloy). That makes recrafting look cheaper — until you consider what those 2 ARC Alloy actually cost you.

Plastic Parts are passively generated by Scrappies every raid and drop from containers across every map in the game. They’re among the most abundant materials in Arc Raiders. ARC Alloy is Uncommon rarity with heavy competing demand: it feeds into ARC Circuitry and ARC Motion Core recipes at the Refiner, Seeker Grenade crafting, workshop station upgrades (the Utility Station and Medical Lab both require 6 ARC Alloy each at Tier 1), and multiple quest turn-ins. For most players progressing through Speranza upgrades, ARC Alloy has five or six competing sinks at any given time.

Spending 8 of a resource you passively accumulate every raid is often smarter than spending 2 of a resource that’s bottlenecking your workshop progression. Above 50% durability, the comparison is even clearer: one repair (4 Plastic Parts) versus recrafting (net 2 ARC Alloy) makes repair the obvious call.

Verdict: Repair Light Shields if you have any competing use for ARC Alloy — which most players do. Recycle and recraft only if your ARC Alloy stockpile genuinely exceeds demand.

Medium Shield (Rare — Gear Bench 2)

Action	Cost / Return
Craft new	1× ARC Circuitry + 4× Batteries
Repair (per use, +50 durability)	1× ARC Circuitry + 1× Battery
Recycle (at Speranza)	1× ARC Circuitry

This is where the 50% breakpoint matters most. A single repair costs 1 ARC Circuitry + 1 Battery. But if the shield is below 50%, you need two repairs: 2 ARC Circuitry + 2 Batteries. Recycling the damaged shield recovers 1 ARC Circuitry, so recrafting costs a net of just 4 Batteries — dramatically cheaper than double-repairing. Even a single repair above 50% costs 1 ARC Circuitry + 1 Battery versus recycling + recrafting at 0 ARC Circuitry + 4 Batteries (net). Since ARC Circuitry is the bottleneck resource and Batteries are common, recrafting wins in most scenarios.

Verdict: Recycle and recraft Medium Shields, especially below 50%. Above 50%, repair is acceptable only if Batteries are scarce.

Heavy Shield (Epic — Gear Bench 3)

Action	Cost / Return
Craft new	1× Power Rod + 2× Voltage Converters
Repair (per use, +50 durability)	2× ARC Circuitry + 1× Voltage Converter
Recycle (at Speranza)	2× ARC Circuitry + 1× Voltage Converter

The Heavy Shield is the exception. Crafting requires a Power Rod, which is an Epic-rarity material crafted from 2 Advanced Electrical Components + 2 ARC Circuitry at Refiner Level 3. Critically, recycling a Heavy Shield does not return the Power Rod — you only get back ARC Circuitry and a Voltage Converter. This means every recycle-and-recraft cycle permanently destroys a Power Rod’s worth of materials. The repair cost (2 ARC Circuitry + 1 Voltage Converter) is steep but avoids the devastating loss of the Power Rod.

Verdict: Repair Heavy Shields. Only recycle if the Power Rod cost is trivial to your stockpile.

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Weapons: Upgrade Level Is the Hidden Cost Driver

Weapon economics are more nuanced than shields because of the upgrade system. Weapons can be leveled from I through IV at the Gunsmith, with each level improving stats and maximum durability while reducing per-shot durability loss. However, each upgrade level also increases repair costs, making high-level weapons progressively more expensive to maintain.

The golden rule: repair before you upgrade

This is the single most important weapon economy tip. If you plan to both repair and upgrade a weapon, always repair first at the lower level’s cost, then upgrade. Upgrading first locks you into the higher tier’s repair price. For a weapon like the Venator, this can mean the difference between spending common materials versus rare Advanced Mechanical Components.

Detailed example: Venator (Uncommon Pistol)

Action	Materials
Craft Venator I	2× Adv. Mechanical Components + 3× Medium Gun Parts + 5× Magnets
Upgrade I→II→III→IV	~4× Adv. Mechanical Components + 6× Medium Gun Parts (cumulative)
Total for fresh Venator IV	~6× Adv. Mech. Components + 9× Medium Gun Parts + 5× Magnets
Repair Venator IV (per use, +50 dur.)	3× Adv. Mech. Components + 3× Medium Gun Parts
Full repair from 0 (two uses)	6× Adv. Mech. Components + 6× Medium Gun Parts
Recycle Venator IV	3× Medium Gun Parts

The recycle-and-recraft path for a Venator IV: after recycling (recovering 3 Medium Gun Parts), building and fully upgrading a new one costs a net ~3 Advanced Mechanical Components + 6 Medium Gun Parts + 5 Magnets. Full repair from zero costs 6 Advanced Mechanical Components + 6 Medium Gun Parts. Recycling saves 3 Advanced Mechanical Components but costs 5 extra Magnets. Which strategy wins depends entirely on your stockpile — if Advanced Mechanical Components are your bottleneck, recycle; if Magnets are scarce, repair.

Weapon durability efficiency varies wildly by gun

Community testing by Min Max Lab measured damage output per full repair cycle at Level IV, revealing large differences. This is player-sourced data, not official Embark numbers — values may shift with balance patches:

Weapon	Rarity	Damage per Full Repair	Efficiency Rating
Venator IV	Uncommon	~16,400 damage	Best overall
Stitcher IV	Common	~13,700 damage	Best common weapon
Rattler IV	Common	~11,900 damage	Moderate
Osprey	Rare	Breaks after ~1.5 ammo stacks	Very poor

The Venator is cheaper to repair on a per-damage basis than the lower-rarity Anvil, suggesting that rarity alone doesn’t predict repair efficiency. The Osprey is notoriously expensive to operate — it degrades extremely fast relative to its output.

The 15-durability farming rule (community convention)

Experienced players recommend not repairing weapons above 15 durability for routine farming raids. At Level 1, 15 durability provides roughly 35 shots — enough for most PvE encounters. The logic is risk management: fully repairing an expensive weapon before a dangerous raid just increases your material loss if you die. Keep weapons at minimum viable durability, and only fully repair for high-stakes runs. This is a community-developed rule of thumb, not a hard game mechanic — there’s no in-game breakpoint at 15 durability. The number comes from typical PvE ammo consumption and may not suit every weapon or playstyle.

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Item Level and Rarity Compound the Repair Tax

Higher-tier items cost more across every dimension — crafting, upgrading, and repairing. The system creates three distinct cost escalation layers.

Rarity tier determines base material types. Common weapons (Stitcher, Burletta) use cheap Mechanical Components and Simple Gun Parts. Uncommon weapons (Venator, Il Toro) add Advanced Mechanical Components and refined gun parts. Epic weapons (Tempest, Bobcat) require Magnetic Accelerators and Exodus Modules. Legendary weapons (Aphelion, Jupiter, Equalizer) demand the rarest drops: Queen Reactors, Matriarch Reactors, and 3 Magnetic Accelerators each.

Upgrade level multiplies repair costs within a rarity. A Level I weapon requires basic materials to repair; the same weapon at Level IV demands significantly more and rarer components. This is the hidden tax that makes high-level weapons increasingly expensive to maintain and strengthens the case for recycling once the upgrade-cost math favors it.

Recycling returns are fixed per item and independent of both durability and upgrade level. You always get back the same subset of materials — typically the rarest crafting component — regardless of the item’s condition. This flat return structure means recycling becomes proportionally more valuable as items get more damaged, since repair costs scale up (needing two repairs below 50%) while recycle returns stay constant.

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Recycling Returns: The “Rarest Component First” Pattern

There is no flat percentage-based recycling system in Arc Raiders. Each item has hand-tuned recycling outputs that typically prioritize returning the most valuable ingredient while absorbing the common ones. The effective recovery rate varies by item but generally falls in the 30–60% range of total crafting material value.

Key recycling rules: recycling at Speranza gives full listed returns, while salvaging mid-raid returns approximately half — always bring items home if possible. Durability has zero effect on recycling output. Selling items for coins and recycling for materials are mutually exclusive — decide based on whether you need coins or components. Community tools like ArcKit.app and pRoDeeD’s Recycling Cheat Sheet (now on Version 3) catalog every item’s optimal disposition.

Notable recycling outputs include Exodus Modules breaking down into 1 Mechanical Component + 2 Magnets, Power Rods yielding 1 Advanced Electrical Component + 1 ARC Circuitry, and Queen/Matriarch Reactors each returning a Power Rod — making boss-drop recycling an important source of this critical material.

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Repairable Quick-Use Items: Snap Hook and Vita Spray

Most consumables in Arc Raiders are single-use — craft them, use them, gone. Two items break this pattern: the Snap Hook and the Vita Spray are repairable, meaning you can restore durability after use rather than crafting from scratch every time. Most players don’t realize these are repairable at all, and the economics are worth understanding.

Snap Hook

Action	Cost / Return
Craft new	2× Power Rod + 3× Rope + 1× Exodus Modules
Repair (per use, +50 durability)	1× Power Rod + 1× Exodus Modules

Repairing a Snap Hook costs 1 Power Rod + 1 Exodus Modules versus crafting a fresh one at 2 Power Rod + 3 Rope + 1 Exodus Modules. Repair saves a full Power Rod and 3 Rope per cycle — a significant saving given Power Rods are Epic-rarity refined materials crafted from 2 Advanced Electrical Components + 2 ARC Circuitry at Refiner Level 3.

There’s an important edge case: players who looted a Snap Hook in-raid without owning the blueprint can only repair it. The blueprint is locked behind Utility Station Tier 3. For these players, repair is the only way to keep using the item, making every repair material count.

Verdict: Repair Snap Hooks. The Power Rod savings per cycle are substantial, and looted copies without the blueprint can only be repaired.

Vita Spray

Action	Cost / Return
Craft new	3× Antiseptic + 1× Canister + 1× Tick Pod
Repair (per use, +50 durability)	2× Antiseptic + 1× Canister

The Vita Spray tradeoff comes down to Tick Pods versus Canisters. Crafting costs 1 extra Antiseptic and 1 Tick Pod compared to repair, while repair requires 1 Canister that crafting does not. Tick Pods drop exclusively from Ticks and are also needed for Medical Lab upgrades (Tier 2 costs 8 Tick Pods). Canisters are a common world drop found in containers across most maps. For most players — especially early in progression when Medical Lab upgrades still need Tick Pods — avoiding the Tick Pod spend by repairing is the better path.

Verdict: Repair Vita Sprays unless Canisters are harder to come by than Tick Pods at your current stage of progression.

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Quick Reference Decision Matrix

Gear Type	Durability	Best Action	Why
Augments	Any	Don’t repair. Use until broken.	No performance loss at low durability. Only degrades on death. Repair math is strictly worse than recrafting.
Light Shield	Above 50%	Repair	Single repair (4 Plastic Parts) avoids spending any ARC Alloy
Light Shield	Below 50%	Repair if ARC Alloy is needed; recycle + recraft if flush	Plastic Parts (repair) are abundant; ARC Alloy (recraft) has heavy competing demand
Medium Shield	Below 50%	Recycle + recraft	Double-repair costs 2 ARC Circuitry; recycling recovers 1
Medium Shield	Above 50%	Either (lean recraft)	Single repair saves Batteries but costs ARC Circuitry
Heavy Shield	Any	Repair	Power Rod is not recoverable through recycling
Snap Hook	Any	Repair	Saves a Power Rod per cycle; looted copies can only be repaired
Vita Spray	Any	Lean repair	Avoids Tick Pod cost; only recraft if Canisters are scarce
Common/Uncommon Weapons	Below 50%	Lean recycle + recraft	Accessible materials, double-repair is expensive
Common/Uncommon Weapons	Above 50%	Repair (at current level, then upgrade)	Single repair is cheaper than full rebuild
Epic/Legendary Weapons	Any	Repair	Blueprint-locked; rare materials too expensive to rebuild
Any weapon (farming run)	Above 15	Don’t repair (community rule of thumb)	~35 shots at Lvl 1 is typically enough for PvE; not a hard game mechanic

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Conclusion

Arc Raiders’ repair economy rewards players who do the math rather than reflexively repairing — but the math isn’t just about material counts. Resource scarcity matters as much as raw numbers. The system’s core asymmetry — recycling returns are durability-independent while repair costs double below 50% — creates a structural incentive to recycle, but only when the materials you spend to recraft are genuinely cheaper than the ones you’d spend to repair. Augments are the simplest call: their unique “death-only” durability loss combined with zero performance penalty at low durability means repairing them is almost universally a waste of resources. Medium Shields are a clear recycle-and-recraft case because ARC Circuitry is the bottleneck. Light Shields flip the other way for most players — Plastic Parts are abundant enough that repairing beats spending ARC Alloy. Heavy Shields and high-tier upgraded weapons should be repaired because they lose irreplaceable materials on recycle. Snap Hooks and Vita Sprays are easy repair calls that save Power Rods and Tick Pods respectively. Given the game’s Early Access status and Embark’s pattern of economic adjustments, these specific numbers will shift — but the framework of comparing net recrafting cost against repair cost while accounting for which materials are actually bottlenecking your progression should remain the right way to evaluate any future changes.