Best Automotive Replacement Battery Terminals & Ends for 72V Battery Packs (2026)

We prioritized AWG compatibility (1/0–2/0), conductor material (copper vs tinned copper), corrosion and heat resistance, user ratings, and per-pack value for 72V battery wiring needs

This roundup identifies the best automotive replacement battery terminals and cable ends suited for 72V battery packs, emphasizing fit, conductor size compatibility, corrosion resistance and value. Picks were chosen by matching 72V system wiring needs to lug material (copper or tinned copper), AWG sizing (1/0–2/0), corrosion/heat ratings and price per-pack.

Top Picks

1
Bare copper battery cable ends for 1/0 AWG

TEMCo Industrial • ★ 4.2/5 • Mid-Range

Low-resistance bare copper battery cable ends with high-temperature durable construction. Designed for 1/0 AWG wire with a 1/4" hole and precision-fit molding. Customers report solid copper quality and easy crimping with hydraulic tools
- high-purity copper
- precision-fit molding
- closed-end construction
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2
TEMCo 25 Pack Tinned Copper Battery Cable Ends 2/0 AWG

TEMCo Industrial • ★ 4.2/5 • Mid-Range

Tinned copper battery cable ends with marine-grade construction for high temperature durability and strong electrical conductivity. Precise fit with high-tolerance dies and a closed-end design; keeps moisture out and prevents solder leaks. One customer notes easy crimping with hydraulic tool
- tinned copper for conductivity
- heavy-duty, high-temp durability
- closed-end moisture protection
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3
TEMCo Tinned Copper Battery Cable Ends 2/0–6 AWG Marine Grade

TEMCo • ★ 4.2/5 • Mid-Range

Tinned copper battery cable ends with high conductivity and heavy-duty construction for durability. Precision fit with flared opening; closed-end construction protects components and keeps moisture out. One customer notes easy crimping with hydraulic tools
- marine-grade tinned copper
- precise molding with flared opening
- moisture-protective closed-end design
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Buying Guide

Match AWG to your cable

Confirm your 72V pack uses 1/0 or 2/0 AWG conductors and pick lugs explicitly rated for that size to ensure low resistance and secure crimp or solder connections

Prefer tinned copper for corrosion resistance

Tinned copper lugs resist marine and salt-air corrosion better than bare copper, extending life in damp or exposed garage environments

Check thermal and current handling

Choose heat-durable lugs rated for the expected continuous and peak currents of a 72V system to avoid overheating under load

Buy in quantity for consistency

Purchasing multi-packs (e.g., 25-pack) gives uniform terminals across the pack and better price-per-lug for systems that need many connections

Inspect plating and fit before installation

Verify tinned or bare copper plating coverage and test-fit the lug on a spare cable end to confirm proper crimp or solder seating and bolt hole alignment