Custom defence friction materials and brake or motion-control components
FTL supports defence engineering, R&D and technical teams when a new programme needs a friction solution, an existing component is not performing as required, or a legacy material or component can no longer be sourced.
Friction-material formulation, component engineering, precision machining, bonding, finishing, testing, inspection and repeat supply can be managed through one accountable manufacturing route in North Wales.
Bring us the application, required function, existing component or available drawing, not simply a part number.
FTL defence supply credentials
Standards and registrations
These standards and registrations support organisational and supplier assurance. They do not amount to automatic approval of an individual component, programme, customer requirement or defence platform.
When defence teams engage FTL
Start with the programme situation that has created the friction-material or component requirement.
A new defence programme needs a friction solution
The function and broad application are understood, but the friction material, complete component or production route still needs to be established. FTL can support the programme from application review through material selection or formulation, prototype manufacture, testing, validation support and controlled repeat production.
New Programme Support →A legacy material or component is threatening continuity
The original material, drawing, supplier or finished component is obsolete or unavailable, while the equipment or programme must remain supportable. FTL can review the current application and available evidence before proposing a redevelopment, prototype and revalidation route.
Legacy & Obsolete Reverse Engineering →An existing friction system is not performing as required
The engineering team is seeing inconsistent braking, excessive or unpredictable wear, thermal-performance concerns or variation between components or production batches. FTL can review the material, component, operating environment and available production evidence before proposing the next engineering step.
Performance Optimisation →The current supply route has too many handovers
Material production, machining, bonding, finishing, inspection and delivery are divided among separate organisations, creating unclear technical responsibility and avoidable procurement complexity. FTL can connect the relevant stages through one accountable manufacturing route.
Single-Source Friction Manufacturing →Supplier assurance and traceability matter to the programme
The customer needs a manufacturing partner supported by quality-management systems, defined inspection, production documentation, batch or lot traceability, JOSCAR registration, cybersecurity controls and clear allocation of approval responsibilities.
Quality & Certifications →The programme needs controlled repeat or lifecycle supply
The project must move beyond prototype manufacture into a repeatable supply arrangement that can include inventory, scheduled call-off, customer identification and international shipping.
Define the engineering requirement before selecting the friction material
A defence-sector label, part number or material name does not define a complete solution. FTL begins by establishing the required function, programme starting point, operating environment, available evidence and assurance requirements.
Requirements FTL establishes before selecting the friction material
01What must the component do?
- Brake
- Hold
- Lock
- Damp
- Limit torque
- Control movement within an actuation system
02What has prompted the enquiry?
- A new design
- An existing component
- An obsolete material or component
- A supply-continuity problem
- A braking, wear or thermal-performance concern
- A prototype moving towards repeat production
- A fragmented supplier arrangement
03What operating conditions are known?
- Temperature
- Load
- Speed
- Contamination
- Available installation space
- Required braking or holding behaviour
- Known wear or thermal concerns
04What technical evidence is available?
- Drawings
- Partial drawings
- Specifications
- Existing components
- Performance requirements
- Inspection records
- Test results
- Production or batch records
A complete technical pack is not required before the first conversation.
05What must be demonstrated?
- Required material behaviour
- Required dimensions and interfaces
- Testing and inspection requirements
- Acceptance evidence
- Traceability requirements
- Production repeatability requirements
- Documentation requirements
06What supplier-assurance requirements apply?
- Quality-management systems
- Supplier onboarding
- Cybersecurity
- Information handling
- Customer approval
- Regulatory or contractual requirements
- Export or data restrictions
FTL must confirm its ability to meet each requirement rather than relying on a general sector statement.
07How will the finished component be supplied?
- Prototype quantities
- Expected annual volumes
- Repeat-production schedules
- Inventory holding
- Scheduled call-off
- Packaging
- Labelling and identification
- Export documentation
- Delivery requirements
Expected annual volumes and detailed commercial qualification are discussed after the initial application and technical fit have been established.
Friction functions FTL can review within defence programmes
Defence applications can use friction components to brake, hold, lock, damp or control motion. The following groups describe relevant functions rather than a catalogue of stock products or a claim of approval for every defence platform.
Braking and holding components
Custom friction-material and complete-component requirements where the application must reduce or stop motion, maintain a held position, provide controlled braking behaviour, or operate repeatedly within defined conditions.
Actuation and locking components
No-back braking, electromagnetic holding, actuation-system braking, locking pads and locking components, and door or ramp actuation braking.
Winch and hoist braking
The supplied aerospace and defence application list includes friction components used in cargo winch and hoist braking contexts. Technical fit depends on the specific application, load, operating environment and validation requirements.
Damping and torque-control components
Rotary damping, torque limitation, controlled resistance to movement, and holding or braking within motion-control assemblies.
Legacy friction materials and bonded assemblies
Discontinued friction materials, obsolete bonded components, components with unavailable drawings, components where the original supplier no longer supports the programme, and complete replacement routes requiring machining, bonding, finishing and inspection.
Aerospace and defence examples
These are illustrative friction functions and application examples, not a statement of active FTL defence contracts or approved components for specific platforms.
Three engineering routes for a defence programme
The correct service depends on the project's starting point.
New Programme Support
For a new defence application that requires a defined material, component and manufacturing route. Support can include application review, friction-material selection or formulation, engineering and component development, prototype manufacture, testing and inspection, validation support, and transfer into controlled repeat production.
Explore New Programme Support →Legacy & Obsolete Component Reverse Engineering
For a programme that must continue after the original material, drawing, supplier or component becomes unavailable. Support can include existing-component and evidence review, dimensional assessment, component redevelopment, replacement material selection or formulation, prototype manufacture, testing and revalidation support, and controlled repeat supply.
Explore Reverse Engineering →Friction System Performance Optimisation
For an existing friction component or system with braking, wear, thermal or repeatability concerns. Support can include symptom and evidence review, operating-condition assessment, material and component investigation, prototype or comparative-component manufacture, testing and inspection, and support for the agreed implementation route.
Explore Performance Optimisation →What FTL can deliver within a defence programme
Not every project requires every stage. FTL can support one relevant element or connect the complete route from material development through finished-component supply. The material route is selected around the application, not a material-family label alone.
Across organic, composite, sintered, Kevlar and woven materials, FTL can connect friction-material formulation, engineering and component development, precision manufacture, bonding and finishing, testing and inspection, and traceable repeat supply through one accountable manufacturing chain.
A controlled path from defence requirement to repeat supply
The sequence varies by programme, but each stage should produce enough information to support the next engineering and supplier-assurance decision.
Share a non-sensitive initial brief
- What the application or component must do
- New, existing or obsolete
- What prompted the enquiry
- What information is available
- What programme stage is reached
- No restricted data via the public website
Confirm the approved information-sharing route
- What information may be shared
- Whether an NDA is required
- Approved file-transfer method
- Customer, contractual, security or export restrictions
- Who is authorised to receive it
Define the function and operating environment
- Required braking, holding, locking, damping or torque-control function
- Temperature, load, speed, contamination
- Component and installation constraints
- Existing performance or continuity concerns
Define programme and supplier-assurance requirements
- Applicable quality requirements
- Inspection and traceability requirements
- Documentation requirements
- Cybersecurity or information-handling
- Customer approval requirements
- Validation responsibilities
- Production and supply expectations
Establish the material and component route
- Whether an established material may suit
- Whether formulation work is required
- Whether component-development work is required
- Which machining, bonding, finishing and inspection stages apply
- What information remains unknown
Agree the prototype, test and responsibility plan
- What FTL will manufacture
- Which material or component variants are evaluated
- Which dimensions or characteristics are inspected
- Which tests FTL will complete
- What evidence the customer requires
- Which responsibilities sit with FTL vs the customer
Manufacture and inspect the prototype components
- Material-production stages
- CNC machining
- Bonding
- Surface preparation
- Finishing
- Assembly
- Inspection
Test, review and refine
- Complete the agreed testing and inspection
- Review evidence against stated requirements
- Revise material, geometry or production route where necessary
Support the agreed validation and approval route
- Provide engineering, manufacturing, test, inspection and traceability evidence within agreed scope
- Final component, system, platform, customer, contractual or regulatory approval defined per programme
Transfer into controlled repeat supply
- Repeat-production controls
- Inspection and traceability requirements
- Inventory holding
- Scheduled call-off
- Customer-specific packaging and identification
- Export documentation
- International delivery
Technical capability and supplier assurance must work together
JOSCAR registration
FTL is JOSCAR Registered. JOSCAR provides participating buyers with access to validated supplier information and is intended to reduce duplication in supplier qualification and compliance activity. Registration is evidence supporting supplier assessment, not automatic approval for every customer, contract or defence programme.
Read the JOSCAR Update →Cyber Essentials
FTL has achieved Cyber Essentials. The NCSC describes Cyber Essentials as the Government-recommended minimum cybersecurity standard, aligned to five controls intended to address common internet-based threats. It is not equivalent to Cyber Essentials Plus, ISO 27001 or a programme-specific security accreditation.
Read the Cyber Essentials Update →Programme-specific information requirements
Before detailed information is exchanged, confirm:
- Whether the information is commercially confidential
- Whether it is export-controlled
- Whether it is classified or security-sensitive
- Whether customer-specific storage or transmission controls apply
- Whether a confidentiality agreement is required
- Which file-transfer method is approved
- Which FTL personnel may receive the information
FTL will confirm the applicable confidentiality agreement and secure file-transfer process.
Public enquiry-form boundary
The public form should be used only for:
- Contact details
- A non-sensitive application summary
- A general description of the required function
- A general description of the programme situation
Do not use it for restricted drawings, controlled technical data or classified information.
Quality and production evidence aligned to the agreed programme scope
FTL's quality-management systems and registrations support regulated-sector and supplier assurance; the certified entity, certificate number, scope, issuing body and dates are confirmed on the Quality & Certifications page.
Inspection, material and component testing, and batch or lot traceability are agreed per programme. The exact inspection route, test conditions, acceptance criteria and documentation pack are defined once the control and acceptance requirements have been agreed.
One accountable route from friction formulation to finished defence component
A traditional route can divide responsibility among a friction-material producer, machinist, bonder, finisher, test provider, inspector and logistics supplier. FTL connects the relevant stages through one engineering and manufacturing chain, keeping material, component, production and supply decisions aligned, with one accountable route and fewer supplier handovers. Actual procurement, lead-time or cost improvements depend on the existing supply route and agreed project scope.
The questions defence buyers need answered before approving a route
Can FTL match or improve the required material performance?
Is the proposed solution already proven in service?
How does FTL support consistent quality and repeatability?
Does FTL have the engineering capability to support more than material supply?
How quickly can FTL support the programme?
Can the price be improved?
Does JOSCAR registration mean FTL is approved for our programme?
Does Cyber Essentials cover all information-security requirements?
A manufacturing route built around defence programme continuity.
The intended outcome is not simply delivery of a piece of friction material. It is a defined route through the engineering, supplier-assurance, production, inspection and supply decisions required by the programme. Potential programme outcomes include:
- A friction-material route defined around the application
- A complete component developed or redeveloped for manufacture
- A clearer allocation of technical and approval responsibilities
- Fewer separate suppliers and technical handovers
- One accountable manufacturing partner
- Agreed testing, inspection and documentation requirements
- Batch, lot and production traceability
- Continuity from prototype development into repeat production
- An alternative route for a legacy or obsolete component
- Scheduled call-off and inventory arrangements where agreed
- Customer-specific packaging and identification
- Worldwide supply of manufactured components
Performance, approval, programme timing, information-handling and supply outcomes depend on the specific application, evidence available, customer requirements and agreed scope.
Defence supplier assurance backed by connected manufacturing capability
Confirmed organisational proof
- Established in 2003
- More than 20 years of experience
- 100+ friction formulations
- AS9100 / EN9100
- ISO 9001
- ISO 14001
- ISO 45001
- JOSCAR Registered
- Cyber Essentials
- 84% of output exported
- Manufactured components supplied worldwide
- Part of n Industries Group since February 2025
Customer logos
Is FTL the right defence manufacturing route?
FTL is a strong fit when:
- Your team has an engineering brief rather than a stock-parts request
- A new programme needs a custom friction solution
- An original material, drawing, supplier or component has become obsolete
- An existing component has braking, wear or thermal concerns
- The requirement involves a custom material or complete component
- Prototype work may need to progress into repeat manufacture
- Inspection, traceability and documentation matter
- Supplier assurance and cybersecurity controls form part of the buying decision
- You want fewer suppliers across the connected manufacturing route
- The finished components require scheduled or international supply
A different route may be more appropriate when:
- You need an off-the-shelf part immediately
- You are purchasing solely by an established part number
- You need a stock catalogue rather than engineering support
- Price is the only selection criterion
- No technical or manufacturing review is required
- The enquiry falls within an excluded or unsupported sector or market
Frequently asked questions about defence friction materials and components
What defence friction materials does FTL work with?
Does FTL manufacture complete components or only friction material?
Which defence applications can FTL support?
Can FTL support a programme before the design is complete?
Can FTL reverse engineer an obsolete defence component?
Can FTL investigate an underperforming component?
Can FTL guarantee improved performance?
Is every FTL defence solution already proven in service?
Is FTL JOSCAR Registered?
Does FTL hold Cyber Essentials?
Is FTL AS9100 or EN9100 certified?
What testing and inspection can FTL support?
Does FTL provide final defence programme or platform approval?
How should sensitive technical information be shared?
Does FTL hold security clearances or defence-specific accreditations beyond those listed?
How quickly can FTL supply a defence component?
When are price and annual volumes discussed?
Does FTL sell defence parts by part number?
Can FTL supply defence customers outside the UK?
Start with a non-sensitive defence programme brief
Tell FTL what the component needs to do, what has prompted the enquiry and what non-sensitive information your team can initially share.
A short summary is enough to begin.
The relevant technical, engineering and commercial team members can then review the application, supplier-assurance requirements, approved information-sharing route and most appropriate next step.
Do not upload restricted technical information through the public form.