Built by Boost & Tune · Melbourne

Engineered performance. Built in-house.

Haltech engine management, engine builds, ZF conversions, custom fabrication and complete performance workshop services.

Haltech systems ECU, wiring and calibration
Built in-house Fabrication and conversions
Australia-wide Parts supply and support

Start here

Choose how you want to build

Buy the correct hardware, organise workshop integration or scope a complete performance project.

01

Shop Haltech

ECUs, wiring, sensors, dashes, CAN devices and power distribution.

02

Find parts by engine

Browse around the engine platform—not only the badge on the vehicle.

03

Book the workshop

Installation, diagnostics, tuning, maintenance, suspension and brakes.

04

Plan a conversion

ZF, manual and automatic swaps, wiring, mounts, fabrication and driveline work.

Shop by engine

Built around the engines we know

Platform-led product discovery makes sense for converted and modified vehicles where the engine matters more than the badge.

View all engine platforms
LS
LS

GM LS family

Haltech control, fuel, ignition, engine builds and ZF conversions.

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K20/24
K20/24

Honda K-series

Naturally aspirated, turbo, conversion wiring and complete engine management.

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4A
4A

Toyota 4A-GE

16V, 20V, 4A-GZE and 7A-GE electronics, ignition and engine packages.

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BARRA
BARRA

Ford Barra

ECU integration, fuel systems, turbo support and driveline control.

Shop platform →
RB
RB

Nissan RB

Engine management, sensors, ignition, fuel and motorsport preparation.

Shop platform →
JZ
JZ

Toyota JZ

Standalone control, DBW, flex fuel, turbo systems and wiring.

Shop platform →
V6
V6

GM Ecotec V6

Custom ECU, trigger, ignition, turbo and transmission conversion solutions.

Shop platform →
CUSTOM
CUSTOM

Custom application

Non-standard engines, conversions and motorsport systems assessed individually.

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Workshop capability

Parts, integration and fabrication under one roof

From a standalone ECU installation to a complete engine and transmission conversion, every system is planned as a whole.

Book the workshop
ECU

Haltech integration

ECU selection, wiring, sensor configuration, start-up and calibration.

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ENG

Engine building

Street, turbo, naturally aspirated and motorsport engine combinations.

View service →
ZF

Transmission conversions

ZF swaps, auto-to-manual, manual-to-auto and complete vehicle integration.

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FAB

Custom fabrication

Turbo manifolds, exhausts, intercooler systems, mounts, brackets and conversion parts.

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CHS

Suspension and brakes

Street, track, drag and drift upgrades fitted and configured correctly.

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SVC

Maintenance and diagnostics

Servicing and fault-finding for standard, modified and competition vehicles.

View service →
BUILT
IN-HOUSE

More than an online store

The parts are only half the job

Correct performance work depends on integration: mechanical design, wiring, calibration, fabrication, cooling, fuel supply and driveline compatibility.

  • Vehicle, engine, ECU and transmission planned as one system
  • Real workshop installation and technical support
  • Custom wiring and fabrication where bolt-on parts stop
  • Clear scope before complex conversion work begins
Plan a complete build

Technical hub

Make the correct decision before buying parts

Clear guides for ECU selection, wiring, sensors, engine conversions and transmission integration.

TECH
Haltech guide

Choosing the correct Haltech ECU

Understand engine control, I/O and vehicle integration requirements before purchasing.

Read guide →
TECH
Conversion guide

What a ZF conversion actually requires

Transmission control, adapters, mounts, cooling, tailshaft and CAN integration explained.

Read guide →
TECH
Engine management

Sensors required for a turbo engine

Build a useful protection and data strategy rather than adding sensors without a plan.

Read guide →

Plan my build

Tell us what you are building

Complex projects need more than a shopping cart. Give us the technical starting point and the result you want so we can recommend the correct next step.

01Tell us the vehicle, engine and current setup.
02Define the intended use, power target and budget.
03We scope the parts, labour and next practical step.