Hinges & Mechanisms

Ottoman Hinges and Furniture Mechanisms

Shop ottoman hinges and furniture mechanisms for upholstered storage stools, toy boxes, lift-up furniture, recliner chairs and rocking furniture. Livedale supplies spring-loaded lid hinges, gas-assisted fittings, recliner release cables and replacement rocker springs for professional upholsterers, furniture manufacturers and repair workshops.

These components allow furniture sections to open, close, release or move in a controlled manner. Unlike ordinary static brackets, they form part of the furniture’s working mechanism and must be selected according to dimensions, movement, load and mounting position.

A fitting that looks broadly similar may still differ in spring strength, operating direction, hole position, travel or required clearance. Measure the original mechanism carefully and inspect the surrounding furniture before ordering a replacement.

Shop Furniture Hinges and Mechanisms by Application

The range can be divided into three principal product groups:

• Ottoman, stool and storage-lid hinges
• Recliner release controls
• Rocker-chair springs

There are no further child categories beneath this page, so the sections below organise the five available products by their intended furniture application.

Ottoman, Stool and Storage-Lid Hinges

Livedale supplies several hinge and support options for suitable ottomans, upholstered storage stools, toy boxes and lift-up furniture lids.

The range includes:

• BT-C09 spring-loaded ottoman and stool hinges
• Gas strut hinges
• Sprung ottoman hinges

The correct fitting depends on the lid weight, furniture construction, required opening angle and available internal space.

These mechanisms should not be selected purely by overall appearance.

BT-C09 Spring-Loaded Ottoman Hinges

The BT-C09 product is supplied as a pair of spring-loaded hinges for suitable ottomans, upholstered stools and toy boxes.

The current product information gives approximate plate dimensions of:

• Main plate: 100mm × 50mm
• Smaller L-shaped plate: 80mm × 20mm

The hinges can be considered where a hinged furniture lid requires a spring-assisted movement and the frame provides suitable mounting surfaces.

Before ordering, check:

• Hinge plate dimensions
• Fixing-hole positions
• Thickness of the furniture frame
• Lid construction
• Finished lid weight
• Required opening angle
• Internal clearance
• Position of upholstery materials
• Whether the hinges are being installed as a pair
• Whether the mechanism must support, assist or merely hinge the lid

The stated dimensions describe the hinge plates, but they do not by themselves establish whether the hinge will suit a particular ottoman.

The relationship between the mounting points and the pivot controls how the lid moves.

Sprung Ottoman Hinges

Sprung ottoman hinges provide another spring-assisted option for suitable lift-up furniture lids.

They are sold as a pair, but the current product page does not provide dimensions, hole spacing, spring strength or an installation drawing.

Where replacing an existing hinge, compare the complete fitting before ordering.

Record:

• Overall length
• Plate width
• Hinge-arm length
• Hole spacing
• Closed position
• Fully open position
• Spring orientation
• Left- and right-hand arrangement
• Distance from the pivot to the mounting points
• Required internal clearance

Do not assume that two sprung ottoman hinges are interchangeable because their general shapes are similar.

Even a small difference in pivot geometry can alter the opening angle, lid position and spring action.

Choosing Between the Two Sprung-Hinge Designs

The BT-C09 and the separate sprung ottoman hinge both serve lift-up furniture applications, but the live information is not detailed enough to treat them as direct substitutes.

Choose between them by comparing:

• Existing hinge design
• Plate dimensions
• Pivot position
• Fixing-hole pattern
• Furniture depth
• Lid weight
• Required movement
• Space inside the ottoman
• Upholstery clearance

Where no original hinge exists, temporarily mock up the furniture movement before drilling permanent fixing holes.

A hinge fitted in the wrong position can cause the lid to:

• Stop before fully opening
• Sit above the frame when closed
• Strike the rear upholstery
• Put excessive strain on the timber
• Close unexpectedly
• Twist the furniture frame
• Trap the lining or cover

Gas Strut Hinges

The gas strut hinge is offered in two force options:

• 100 newtons
• 180 newtons

It is described for suitable ottomans, toy boxes and related lift-up furniture.

A gas-assisted fitting can help support or control a moving lid, but the newton rating cannot be selected from lid weight alone.

Its performance also depends on:

• Mounting position
• Distance from the hinge pivot
• Lid dimensions
• Lid centre of gravity
• Opening angle
• Number of struts fitted
• Direction of installation
• Furniture geometry
• Friction within the main hinges

A 180N strut does not simply support a lid that is “nearly twice as heavy” as one using 100N. Moving the mounting point can substantially alter the leverage and apparent force.

Understanding the Newton Rating

A newton rating describes the force produced by the gas strut.

The higher-rated option applies greater force, but greater force is not automatically safer or more suitable.

A strut that is too weak may:

• Fail to support the lid
• Allow the lid to close unexpectedly
• Provide little assistance
• Become overloaded

A strut that is too strong may:

• Make the lid difficult to close
• Force the furniture frame apart
• Distort the lid
• Pull fixings from the timber
• Cause abrupt opening
• Overload the hinge points

Where replacing an existing gas strut, match the original force rating and dimensions wherever possible.

Look for markings on the old component and photograph its mounting position before removal.

Selecting 100N or 180N

Choose only after considering the completed lid rather than the bare timber panel.

The finished lid may contain:

• Timber or board
• Foam
• Polyester wadding
• Upholstery fabric or vinyl
• Buttons
• Decorative trim
• Internal lining
• Additional strengthening rails

All these materials contribute to the finished weight.

The number of gas fittings also matters. One 180N fitting does not necessarily perform the same job as two 100N fittings mounted symmetrically.

Where the original design used two supports, replacing them with one stronger unit may twist the lid or place the load unevenly through the furniture frame.

Mounting Gas-Assisted Furniture Fittings

Before drilling:

1. Support the lid securely.
2. Establish the closed position.
3. Establish the required opening angle.
4. Mark the main hinge pivot.
5. Check the proposed strut movement.
6. Confirm that the fitting will not reach the end of its travel prematurely.
7. Check internal clearance.
8. Test whether the lid can close without excessive force.
9. Confirm that both mounting surfaces contain sound structural material.
10. Trial the movement before upholstering or lining over the fixings.

Do not attach a gas strut only to thin fibreboard, upholstery cardboard or decorative lining cloth.

The fixing points must transfer the load into suitable timber, metal or another properly designed structural component.

Installing a Pair of Gas Struts

Where two gas struts are required, position them symmetrically.

Both should have:

• The same force rating
• Matching dimensions
• Equal mounting distances
• Matching orientation
• Suitable structural fixing points
• Unobstructed movement

A mismatched pair can make the lid twist or apply uneven loads to the frame.

Replace worn paired struts together where practical. One new high-force unit working against one weak old unit rarely produces refined furniture movement.

Constructing a Lift-Up Ottoman Lid

The lid, hinges and furniture frame must be designed as one system.

Before fitting the mechanism, check that the lid:

• Is square and sufficiently rigid
• Has suitable internal strengthening
• Does not foul the upholstery
• Has adequate rear clearance
• Sits evenly when closed
• Cannot slide sideways
• Has suitable hinge-fixing timber
• Can be supported during installation

The main furniture hinges or pivots establish the lid’s movement. A gas strut or spring-assisted mechanism supports or controls that movement but does not correct a badly aligned lid.

Where the lid is upholstered, allow for the additional thickness of foam, wadding and fabric around the edges.

A timber lid that closes neatly while bare may strike the frame after 25mm of foam and a generous upholstery turn have been added.

Upholstering Around Ottoman Hinges

Keep fabric, lining and filling materials clear of moving hinge components.

Loose material can become:

• Trapped between hinge arms
• Cut by metal edges
• Pulled into the pivot
• Wrapped around a gas strut
• Damaged during repeated opening
• An obstruction preventing full closure

Plan the internal lining so the mechanism remains accessible for inspection and replacement.

Do not permanently seal the hinge behind glued fabric unless the furniture design provides another practical access route.

Suitable internal lining may be cut and finished around the mechanism or attached as a removable panel.

Browse hessian and lining cloths for platform cloth, base cloth and concealed furniture-lining materials.

Ottoman and Toy-Box Safety

Lift-up lids can create pinch, crush and trapping points.

Consider:

• Lid weight
• Closing speed
• Opening support
• Gap around the lid
• Access by children
• Finger-trap positions
• Sharp mechanism edges
• Whether the lid can close unexpectedly
• Whether ventilation is required
• Whether the furniture design is suitable for its intended use

A spring-loaded or gas-assisted hinge should not automatically be described as a safety hinge.

Its behaviour depends on the complete furniture construction and correct installation.

Support the lid mechanically during fitting and testing. Never work beneath an unsupported lid.

Operate the completed furniture slowly at first and check the movement through its full range.

Recliner Cables and Pull Levers

The recliner cable and pull lever transfers movement from the user-operated handle to the release mechanism inside a compatible manual recliner chair or sofa.

When the lever is pulled, the inner cable moves and releases the recliner mechanism.

Replacement cables can look similar while differing in:

• Overall cable length
• Exposed inner-wire length
• End fitting
• Barrel or hook design
• Handle shape
• Mounting-hole spacing
• Cable-entry angle
• Required travel
• Compatible mechanism

The live product page currently provides no measurements, so customers should not be encouraged to order from the photograph alone.

Measuring a Recliner Cable

Where the original cable is available, remove it carefully and measure:

• Complete outer-casing length
• Complete inner-wire length
• Amount of inner wire exposed at each end
• Shape and dimensions of each end fitting
• Handle dimensions
• Screw-hole spacing
• Cable-entry direction
• Amount of operating travel

Photograph the cable before removal.

Also photograph:

• Its route through the chair
• Attachment to the recliner mechanism
• Handle orientation
• Any retaining clips
• Position relative to springs and moving components

Do not measure only the outer sheath. Two cables with similar outer lengths may have different inner-wire travel and may not release the mechanism correctly.

Replacing a Recliner Pull Handle

Before fitting the replacement:

• Support the chair securely
• Close the recliner mechanism
• Release cable tension where possible
• Remove the original handle carefully
• Retain screws and clips
• Check the upholstery cut-out
• Inspect the mechanism for damage
• Route the new cable without sharp bends
• Keep it clear of springs and moving steelwork
• Test the mechanism before refitting lining cloth

The cable should move freely.

Do not route it where it can be:

• Crushed by the seat frame
• Rubbed by a spring
• Pinched beneath upholstery
• Bent sharply
• Caught by the footrest
• Stretched when the chair reclines

A cable fitted under constant tension may release the mechanism unexpectedly or fail prematurely.

Diagnosing a Recliner That Will Not Release

A failed handle or cable is only one possible cause.

Inspect for:

• Broken pull handle
• Detached cable end
• Stretched inner cable
• Damaged outer casing
• Incorrect cable routing
• Broken mechanism spring
• Bent release lever
• Obstruction within the recliner
• Loose or damaged frame
• Previous unsuitable repair

Operate the mechanism manually only when it can be done safely.

Recliner mechanisms contain moving metal parts and springs. Keep hands clear of pinch points and support the furniture securely.

Replacing the cable will not correct a seized, bent or broken recliner mechanism.

Rocker Springs

The rocker spring is sold individually as a replacement component for compatible rocking furniture mechanisms.

The current product page gives no dimensions, spring rate, hole spacing or fitting information. It should therefore be treated as a specification-matching replacement part rather than a universal rocker-chair spring.

Before ordering, record:

• Overall length
• Overall width
• Material thickness
• Shape and curvature
• Hole positions
• Hole diameters
• Direction of installation
• Quantity used on the chair
• Markings or part numbers
• Relationship with the remaining mechanism

Where the chair uses two matching springs, compare both sides.

A broken spring may have distorted before failure, so the unbroken side may provide the more reliable dimensions.

Inspecting Rocking Furniture

A failed rocker spring may be a symptom of another problem.

Inspect:

• Supporting brackets
• Fixing bolts
• Timber frame
• Mounting holes
• Opposite spring
• Rocker mechanism
• Stops and spacers
• Corrosion
• Uneven wear
• Evidence of overloading

Elongated holes, bent brackets or loose fixing points can allow the mechanism to move incorrectly and overload the replacement spring.

Do not install a new spring into a cracked or distorted mounting system without correcting the underlying damage.

Replacing Rocker Springs in Pairs

Where the furniture uses a matched pair and both components have completed the same amount of work, replacing both may produce more even movement.

One new spring fitted opposite a heavily worn old spring can cause:

• Uneven rocking
• Furniture leaning
• Twisting through the frame
• Different movement on each side
• Additional load on the new component

Whether pair replacement is appropriate depends on the furniture design and availability of a genuinely matching part.

Do not assume that ordering a quantity of two creates a matched pair unless the product specification confirms it.

Choosing the Correct Furniture Mechanism

Begin by identifying the function required.

Does the component need to:

• Hinge a storage lid
• Assist lid opening
• Hold a lid open
• Control closing
• Release a recliner
• Restore rocking movement
• Replace an original spring
• Carry or resist a defined load

Then record the mechanical details:

• Overall dimensions
• Hole spacing
• Mounting orientation
• Open and closed positions
• Force rating
• Travel
• Required clearance
• Quantity used
• Left- or right-hand arrangement
• Structural mounting surface

A category photograph can help identify the general product type, but it cannot replace measurement.

Replacing Existing Furniture Mechanisms

Retain the original part wherever possible.

Clean it sufficiently to reveal:

• Model number
• Manufacturer
• Force rating
• Direction markings
• Batch number
• Dimensions
• Warning labels

Photograph all markings before disposal.

Inspect why it failed.

Possible causes include:

• Worn pivots
• Loose screws
• Split timber
• Excessive lid weight
• Incorrect previous replacement
• Misaligned mounting points
• Distorted furniture frame
• Corrosion
• Mechanism obstruction
• Repeated overloading

Installing a new mechanism without correcting the original cause may simply begin the same failure again with a shinier component.

Fixing Furniture Hinges to Timber

Furniture hinges and mechanisms must be attached to sound material.

Before installation, inspect for:

• Split timber
• Enlarged screw holes
• Loose frame joints
• Missing strengthening blocks
• Crumbling board
• Water damage
• Insufficient thickness
• Previous repairs
• Hidden staples and screws

Use fixing screws suited to:

• Hinge-hole shape
• Timber thickness
• Expected load
• Screw-head profile
• Required penetration
• Available clearance

Pilot holes can reduce the risk of splitting timber and help keep the fitting aligned.

Do not overtighten screws. Stripping the timber removes the holding power the mechanism depends upon.

Where an original hole has failed, the furniture may require a proper timber repair or strengthening block rather than a larger screw driven into damaged material.

Working with Spring-Loaded Mechanisms

Spring-loaded furniture fittings can move unexpectedly.

Before dismantling or fitting them:

• Support the moving furniture section
• Identify the spring direction
• Keep fingers clear
• Wear suitable eye protection
• Stabilise the furniture
• Release stored force carefully
• Keep bystanders away
• Use appropriate tools
• Do not modify the spring
• Test the completed mechanism gradually

Do not cut, drill, heat or reshape a spring-loaded fitting unless the manufacturer specifically permits it.

A compressed or tensioned spring can release energy suddenly if damaged or incorrectly restrained.

Common Furniture-Mechanism Mistakes

Avoid:

• Ordering from the photograph alone
• Treating every ottoman hinge as interchangeable
• Choosing a gas strut solely from lid weight
• Fitting one gas strut where the design requires two
• Mixing 100N and 180N struts
• Attaching mechanisms to thin fibreboard
• Upholstering over the mechanism before testing
• Trapping lining cloth in moving parts
• Replacing a recliner cable without checking its end fittings
• Routing a cable across a moving frame
• Replacing a rocker spring without inspecting the opposite side
• Working beneath an unsupported lid
• Forcing a hinge to produce a movement its geometry will not allow

Furniture mechanisms are simple only when their dimensions and mounting positions are correct.

Related Furniture Hardware

This category contains moving hinges and mechanisms only.

For wooden headboard struts, wall brackets and furniture connectors, browse Headboard Struts & Furniture Connector Brackets.

For T nuts, D nuts, furniture-leg brackets and dowel screws, browse T Nuts, D Nuts & Fixings.

Return to the parent Furniture Fixings & Brackets category to compare all three furniture-hardware sections.

Browse professional upholstery tools for measuring, drilling, gripping and furniture-repair equipment.

Explore upholstery cardboard and fibreboard for suitable furniture panels and templates.

Browse hessian and lining cloths for concealed furniture linings and base cloth.

Explore the complete Workroom Supplies range for adhesives, tapes, threads, fixings and other furniture-making essentials.

Trade Ottoman Hinges and Furniture Mechanisms

Livedale supplies ottoman hinges, gas-assisted lid fittings, recliner release cables and rocker springs to professional upholsterers, furniture manufacturers, repair workshops and other trade customers throughout the UK.

Approved trade customers can access preferential trade pricing across eligible products after registering for a trade account.

Measure the original component and check the complete furniture construction before selecting a replacement hinge or mechanism.