Manderson Engineering Innovations Pty Ltd
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Manderson Engineering Innovations Pty Ltd
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About Us
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  • Projects / Technology
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The Challenge of Modern Naval Warfare

Damage Control Equipment is Outpaced by Weapon Technology

Modern surface ship survivability is under increasing threat from fire mishaps and emerging weapons, particularly hypersonic missiles. These high-speed, manoeuvrable projectiles dramatically reduce reaction time and expose a major vulnerability: our current damage control capabilities are not keeping pace.


The critical research gap lies in the shipborne recoverability phase following a missile strike, particularly in how we suppress fires within affected compartments.


Our technology addresses this point of failure by providing the ability to penetrate overhead decks and conduct indirect firefighting attacks into sealed, fire-engulfed compartments, without compromising the integrity of fire boundaries or endangering personnel.

 


At Manderson Engineering Innovations, every solution we develop is grounded in first-hand experience, technical understanding, and protected intellectual property. We believe practical, frontline-driven innovation is essential to keeping our mariners safe — at sea, alongside, and in combat. 

See Our Media

Breach and Attack Tool (— The BAT)

Here to champion damage control modernisation

At the heart of our damage control modernisation efforts is the Breach and Attack Tool (BAT) — a novel, portable penetration device designed for rapid deployment during naval firefighting operations. Developed for use in closed-compartment fires, the BAT enables gas-tight boundary penetration through bulkheads and decks, allowing unmanned indirect firefighting attacks from the non-fireside. 


Tested at the TestSafe Australia facility in Londonderry, the BAT demonstrates its effectiveness as a mission-critical asset for restoring fire control when traditional suppression systems are compromised or unavailable. 


Review the published international patent below for more details on the BAT technology:

 🔗 WO2022115896 – Firefighting Accessory and Method Therefor

Inert Gastight Breach (— The Deck Box)

Solution to the Gap in Boundary Access

The Deck Box is our next-generation breaching solution for attacking compartment fires, designed to provide safe and reliable access through gas-tight boundaries without the need for exothermic cutting, drilling, or manual breaching. 


Housed within a modified USN-standard naval deck access enclosure, the system features a primary emergency rupturable membrane secured in a clamping arrangement. This allows for controlled insertion of the BAT and the delivery of firefighting agents while preserving deck continuity and boundary integrity. 


To enhance operational safety and situational awareness, the Deck Box incorporates a secondary rupture membrane embedded with a thermal/pressure-activated sensor. When exposed to fire or explosion conditions, the sensor breaks the circuit, instantly alerting Command and Control (C&C). This allows a faster, more targeted response without placing mariners in harm’s way to locate combat damage. 


Why it matters:

The Deck Box introduces a sacrificial diaphragm breach method adapted to maritime conditions. It’s a penetration solution that supports early detection, indirect suppression, and water-tight integrity.

 

Designed for compatibility with naval standards and low-burden maintenance requirements, the Deck Box is mission-ready and engineered to meet the demands of modern maritime firefighting challenges.  — Preparedness for the next fight. 


Review the published International patent below for more details on the Deck Box technology:

 🔗 WO2023215944 – Access Facilitation Conduit

Technical Paper Downloads

Sarah Battenally_IMC 2023_HOW TO SURVIVE A HYPERSONIC HIT (pdf)

Download

Sarah Battenally BAT Conference Paper IMC 2022 (pdf)

Download

Next-Gen Indirect Firefighting Technology (pdf)

Download

Dual-Use: Defence, Civil, and Emergency Fire Response

Translating Warfighting Innovation into Civil Safety

Manderson Engineering Innovations is committed to designing versatile tools that serve both defence and civilian emergency services. Our Breach and Attack Tool (BAT), initially developed for compartment fire suppression at sea, has successfully reached Technology Readiness Level 4 in a civil defence application, following successful testing at the UTS Tech Labs.


 With support from Wormald Australia and in collaboration with graduate researchers, we developed a CO₂-compatible variant of the BAT. This model features quick-connect fittings for seamless integration with standard extinguishers and is specifically adapted to combat lithium-ion and button battery fires, common threats in recycling fleets and waste collection vehicles. 


UTS Tech Labs provided manufacturing, testing facilities, and academic oversight, enabling our technology to demonstrate safe, gas-tight insertion of CO₂ suppressant into high-risk compartments.  This success reinforces the dual-use potential of our innovations, offering meaningful contributions across the ADF, Fire & Rescue, SES, and civilian logistics sectors. 


These tools, developed for defence, can and should also protect communities at home.

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