How To Put Up Floating Shelves

Learning how to put up floating shelves properly is one of those jobs that looks simple on the surface but quickly exposes poor workmanship if done badly. I have seen shelves sag within weeks, pull out of plasterboard, or come away from brickwork because the fixings were wrong for the wall type. Done right, floating shelves are strong, level, and visually clean, with no visible brackets. Done wrong, they are a risk to both your wall and whatever you place on them.

This guide walks through the process as it is actually done on site across UK homes. It covers tools, fixings, wall types, realistic costs, and the details that make the difference between a professional finish and a bodge job.

What Are Floating Shelves and How Do They Work

Floating shelves use concealed brackets or rods that are fixed into the wall, then hidden inside the shelf itself. The strength comes from the fixings embedded in the wall and the depth of the rod or bracket inside the shelf.

Most systems fall into two categories. First, pre made floating shelves with built in hollow sections that slide onto a steel bracket. Second, solid timber shelves that are drilled to accept steel rods.

The key point is this. The shelf is only as strong as the wall and the fixings behind it. The shelf itself rarely fails. The connection into the wall is where most problems start.

There is also leverage to consider. The further a shelf projects from the wall, the more force it applies to the upper fixing points. A shallow display shelf carrying a few photographs places much less strain on the wall than a deep shelf filled with books, even if both shelves are the same length.

The bracket must fit the shelf accurately. Concealed rods should extend far enough into the timber to resist movement, without breaking through the front edge. On a solid timber shelf, the rod holes need to be straight, correctly spaced, and only slightly larger than the rods. Oversized or angled holes often leave the shelf feeling loose even when the wall bracket is secure.

Before You Start, Check the Wall Type

You cannot treat all walls the same. The method differs significantly depending on whether you are drilling into masonry or plasterboard.

• Solid brick or block. This is the best case. Strong fixings can easily support heavy loads.
• Dot and dab plasterboard over masonry. This is common in newer builds. You need longer fixings to reach the block behind.
• Stud wall with plasterboard. This is where many DIY jobs go wrong. You must either hit studs or use specialist cavity fixings.

If you are unsure, drill a small pilot hole in an inconspicuous spot. Brick dust is granular and often reddish. Plasterboard dust is fine and white.

Start with checks that do not damage the wall. Tap the surface with a knuckle and listen to the sound. Solid masonry usually sounds consistently hard. A stud wall often sounds hollow between studs and more solid where timber or metal framing sits behind the board. Dot and dab can produce alternating hollow and solid areas because adhesive dabs support the plasterboard at intervals.

A detector that can identify timber, metal, and live electrical cables is useful, although no detector is completely reliable. Test it on an area where you know the position of a stud or cable before relying on its readings. Move it across the wall slowly in both directions and mark repeated readings rather than trusting a single pass.

In many UK stud walls, vertical studs are commonly spaced at approximately 400 mm or 600 mm centres. These measurements are useful clues, not guarantees. Door openings, corners, repairs, and service routes can all alter the framing layout. Metal studs are also found in some modern homes and flats. A magnet may locate the plasterboard screws fixed into either timber or metal framing.

Dot and dab construction normally has a sheet of plasterboard bonded to blockwork with plaster adhesive. A small test hole may pass through plasterboard, enter an empty gap, and then meet hard masonry. Measure the total depth carefully with a blunt probe after checking for services. Do not assume that an ordinary plasterboard plug will provide a secure fixing in this construction.

Specialist dot and dab fixings are designed to bridge the void and transfer the load into the masonry without crushing the plasterboard. Another option is a suitable long masonry fixing used with a rigid spacer. Follow the fixing manufacturer’s installation method, including its stated hole diameter, minimum embedment, and permitted fixture thickness.

For solid walls, consider the condition of the material as well as its type. Dense concrete block, lightweight aerated block, old soft brick, and hard engineering brick need different drilling techniques and fixings. Mortar joints are generally less dependable than sound brick or block, so position fixing holes in the masonry unit wherever the bracket layout allows.

If you are working on a plasterboard wall and planning to hang anything with weight, read Best Plasterboard Fixings For Heavy Loads before you start. It will save you from picking the wrong anchors.

Check for Concealed Pipes and Cables

Never drill simply because a detector gives a clear reading. First inspect both sides of the wall where accessible. Look for sockets, switches, radiators, taps, boilers, showers, and visible pipework. Consider where the services are likely to run before marking any holes.

Electrical cables are commonly routed vertically or horizontally from sockets, switches, and other electrical accessories. They may also run within prescribed zones near the top of a wall and at internal corners. Avoid drilling directly above, below, or beside an accessory unless you have positively established the cable route.

Water and heating pipes do not follow the same electrical safe zones. They may run vertically from radiators, horizontally beneath worktops, or through walls close to bathrooms and kitchens. Older properties may contain unexpected routes following decades of alterations.

Use a properly functioning cable and pipe detector, following its instructions. Scan a wider area than the bracket itself. Check each intended fixing position separately, as moving a hole by only a few centimetres can place it over a service.

Switching off the relevant electrical circuit reduces risk, but it does not prove that the drilling point is safe. A detector may also struggle with deeply buried cables, foil backed plasterboard, damp walls, or metal mesh. If the readings are uncertain, move the shelf or ask an electrician or experienced tradesperson to investigate.

Control drilling depth with a depth stop or a piece of tape around the bit. Use a short screw where the fixing system permits, but never reduce the required embedment into masonry or timber. If you strike metal unexpectedly, stop. It could be a protective plate covering a cable or pipe, rather than a stubborn part of the wall.

Tools and Materials Checklist

This is a straightforward job, but only if you have the right kit. Turning up with the wrong drill bit or cheap wall plugs is where time is lost.

• Drill, preferably SDS for masonry
• Appropriate drill bits, masonry or wood
• Spirit level, at least 600 mm long
• Tape measure
• Stud detector for plasterboard walls
• Pencil
• Wall plugs or specialist fixings
• Coach screws or heavy duty screws
• Floating shelf bracket system
• Hammer
• Screwdriver or impact driver

Expect to spend between 40 and 120 pounds if you need to buy tools. Most homeowners already have a basic drill and level.

A vacuum cleaner and dust sheet will keep masonry dust under control. Safety glasses are essential when drilling above waist height. Wear hearing protection when using an SDS drill, and use a suitable dust mask where drilling produces fine masonry or plaster dust.

A sharp brad point bit is useful for drilling rod holes in solid timber. For repeated or particularly accurate holes, a drill guide or pillar drill gives a straighter result than drilling freehand. Check that the shelf is thick enough to accept the specified rods while leaving adequate timber above and below each hole.

Choosing the Right Fixings

This is where professional experience matters. The shelf bracket itself is only half the story. The fixing method determines load capacity.

For masonry walls, standard nylon wall plugs work for lighter shelves, but for anything holding books, ceramics, or kitchenware, step up to heavy duty plugs or resin anchors.

For plasterboard, standard plugs are rarely sufficient. You should consider:

• Metal hollow wall anchors
• Spring toggles
• GripIt fixings for medium loads

If you are unsure what to use, review Types Of Wall Plugs Explained for a breakdown of options and load capabilities.

The Health and Safety Executive provides guidance on safe drilling and fixing practices, especially where hidden services may be present. See https://www.hse.gov.uk/toolbox/workers/equipment/drilling.htm.

Select fixings as a complete system. The plug, screw, bracket thickness, wall material, hole diameter, and embedment depth all affect performance. A strong plug paired with an undersized screw may not expand correctly. A screw that is too large can split the plug or damage lightweight blockwork.

Use published technical information from the shelf and fixing manufacturers. The rated load must apply to the actual wall material and installation arrangement. A load value quoted for concrete cannot automatically be applied to soft brick, aerated block, plasterboard, or dot and dab construction.

Check whether the rating is given per fixing, per bracket, or for the complete shelf. Also check whether it assumes a particular number of fixings and a minimum distance from edges. Fixings placed too close together, close to a brick edge, or near a previous hole may not achieve their stated capacity.

For timber studs, use screws that are suitable for structural timber and long enough to pass through the plasterboard, bracket, and any void before achieving the manufacturer’s required embedment into sound timber. Avoid ordinary plasterboard screws. They are brittle and are not intended as load carrying bracket fixings.

Resin anchors can provide excellent performance in suitable masonry, but they require careful installation. The hole must be the right diameter and thoroughly cleaned. The resin must be suitable for the base material, installed at the correct temperature, and left for its full curing time before the shelf is loaded.

Do not upgrade fixings blindly if the shelf bracket itself has a low rating. Every part of the assembly must be suitable, including the welds, rods, shelf material, and locking screws. The safe capacity is controlled by the weakest part.

Bracket Spacing and Shelf Depth

Bracket spacing affects both strength and appearance. Follow the shelf manufacturer’s specified fixing positions wherever these are provided. Pre made systems may have a continuous steel plate, while solid timber shelves may use individual concealed rods.

As a broad practical approach, supports should be placed close enough to limit bending through the shelf. Long shelves carrying books need more support than short shelves carrying photographs. Thin MDF and chipboard shelves are more prone to sagging than thick solid timber or engineered boards designed for structural shelving.

For many domestic shelves, support points spaced around 400 mm to 600 mm apart may be suitable, but this is not a universal specification. The correct spacing depends on the shelf material, thickness, depth, load, wall construction, and bracket design. Always use the manufacturer’s maximum spacing if one is stated.

Try to position brackets over studs on a framed wall. If the shelf design does not align with the available studs, consider a bracket plate that spans multiple studs, install suitable backing within the wall, or choose another shelf system. Filling the remaining holes with cavity anchors does not compensate for a poorly supported heavy shelf.

Depth matters because it increases leverage. A shelf that projects 150 mm from the wall generally places less force on the fixings than one projecting 300 mm. Deep kitchen shelves loaded with crockery need a robust bracket system and secure structural fixing. Small concealed rods intended for a shallow display shelf should not be used for deep storage.

Keep the centre of the load as close to the wall as practical. Place heavier books, jars, and equipment towards the back of the shelf. Avoid concentrating the full load at the front edge or at the centre of a long unsupported span.

Step By Step, How To Put Up Floating Shelves

1. Mark Out Your Shelf Position

Measure and mark where the shelf will sit. Use a spirit level to draw a light line across the wall. Do not guess this. Even a few millimetres out will be noticeable across the length of a shelf.

A tip from site work. Always measure from a fixed point such as the floor or a worktop. Do not rely on ceiling lines in older properties as they are often out of level.

Hold the shelf or bracket against the wall before drilling. Check nearby doors, windows, sockets, cupboards, and furniture. Make sure the shelf will not obstruct a door swing or create a head injury risk in a walkway.

If installing several shelves, make a simple setting out drawing. Mark the shelf length, vertical spacing, bracket positions, and intended load. A laser level can speed up repeated work, but verify it with a spirit level before committing to the holes.

2. Locate Studs or Solid Backing

If you are working on a stud wall, use a stud detector to find timber studs. Fixing into a stud is far stronger than any plasterboard fixing.

If your shelf spans multiple studs, even better. That is how you achieve real load bearing strength.

Mark both edges of each stud rather than only its estimated centre. Recheck the position using repeated detector passes or a magnet to locate board screws. Drill into the centre of the stud, where practical, to reduce the risk of splitting its edge or missing it altogether.

3. Drill Pilot Holes

Use the correct drill bit size for your fixings. Drill straight and avoid wobbling the bit, which can widen the hole and weaken the fixing.

For masonry, use a hammer or SDS drill. For plasterboard, start slowly to avoid tearing the surface.

Mark the required drilling depth on the bit. Begin masonry holes without hammer action where the plaster finish is fragile, then engage hammer action after passing through the surface. This helps prevent a large section of plaster breaking away.

Do not use hammer action on hollow plasterboard fixings unless their manufacturer specifically requires it. Keep the drill square to the wall in both directions. Angled holes can pull the bracket out of level and prevent concealed rods from lining up.

4. Insert Wall Plugs or Anchors

Tap wall plugs in flush with the wall surface. For cavity fixings, follow the manufacturer instructions. Some require a setting tool to expand correctly.

Loose plugs are a red flag. If a plug spins or pulls out, stop and redo the hole with a larger or more suitable fixing.

Do not place a larger plug into a damaged hole unless the new fixing is approved for that hole size and wall material. Moving the bracket slightly and drilling into sound material is often safer. In weak or crumbling masonry, a suitable resin system or specialist fixing may be required.

5. Fix the Bracket to the Wall

Secure the floating shelf bracket using appropriate screws. Tighten firmly, but do not overtighten to the point of stripping the hole.

Check with a spirit level before fully tightening all screws.

Tighten fixings gradually, moving from one end of the bracket to the other. Watch the bracket as it meets the wall. If it twists or bows, loosen the fixings and identify the cause rather than forcing it flat.

6. Fit the Shelf

Slide the shelf onto the bracket rods. It should fit snugly. Some systems include grub screws underneath to lock the shelf in place.

If the shelf feels loose, do not ignore it. Remove and check alignment and fixing depth.

Test fit the shelf before applying adhesive, if the system permits adhesive. Never use adhesive as a substitute for inadequate wall fixings. Tighten any retaining or grub screws to the manufacturer’s stated torque, taking care not to strip the thread.

7. Test Before Loading

Apply gentle downward pressure near each support and watch for movement. The bracket should remain tight to the wall, and the shelf should not rock or pull forward. Stop if you hear cracking or see the plasterboard deform.

Add the intended contents gradually. Spread the weight across the shelf, keeping heavier items near the wall. Recheck the level and fixings after a few days, particularly where the shelf carries books, crockery, or other dense items.

Installing Floating Shelves on Uneven Walls

Uneven plaster, bowed walls, and old masonry are common in UK properties. A straight bracket may rock against high spots or leave visible gaps at the ends. Tightening it hard against an uneven surface can bend the bracket, crack the plaster, or pull individual fixings out of alignment.

Offer the bracket to the wall and identify the high and low points. Small variations can be corrected with non compressible plastic packers placed directly around the fixing positions. Use packers that provide full support. Soft cardboard, folded paper, and blobs of filler can compress over time and leave the bracket loose.

Where a narrow high spot prevents the bracket sitting flat, carefully remove only loose plaster or a small raised nib. Do not cut deeply into the wall without checking for services. On badly uneven masonry, a timber mounting rail may offer a practical solution, provided it is structurally fixed and suits the appearance and shelf design.

Do not rely on caulk to support a bracket. Decorator’s caulk can close a fine cosmetic gap after installation, but it has no meaningful structural strength. Larger gaps may indicate that the shelf needs scribing to the wall or that another bracket system would be more suitable.

Older walls may be visually out of square even when the shelf is perfectly level. Decide whether the shelf should be truly level or visually aligned with a nearby feature. Shelves carrying round or unstable objects should remain level for safety.

Typical Costs in the UK

The cost of putting up floating shelves varies depending on materials, wall type, and whether you hire a professional.

Item	Typical Cost
Basic floating shelf (retail)	£20 to £80
Solid wood floating shelf	£80 to £250
Fixings and consumables	£10 to £30
Professional installation (per shelf)	£60 to £150

If multiple shelves are installed in one visit, tradespeople often reduce the per unit price. A set of three shelves might cost between £150 and £300 in labour.

Although a tradesperson may price installation per shelf, many apply a minimum labour charge because travel, parking, setup, dust control, and clearing away take time. A realistic minimum charge for a handyman or carpenter is often around £70 to £120 outside central London. In London and other high cost areas, a minimum visit may be around £100 to £180.

Some tradespeople instead charge a call out fee, commonly around £50 to £90, followed by an hourly rate of approximately £30 to £60. Call out charges can be higher for evenings, weekends, difficult parking, or urgent attendance. Ask whether fixings, parking, and VAT are included before accepting a quote.

Costs rise where the installer must locate uncertain services, drill hard concrete, repair failed holes, cut and finish solid timber, or work on badly uneven walls. Opening a stud wall to install timber backing is a larger job because it also involves plasterboard repair and decoration.

How Much Weight Can Floating Shelves Hold

This depends entirely on the fixing method and wall type. As a rough guide:

• Plasterboard with standard plugs. 5 to 10 kg max
• Plasterboard with heavy duty cavity fixings. 20 to 40 kg
• Into timber studs. 40 kg or more
• Into solid masonry. 50 kg or more with proper fixings

These are general working loads, not failure loads. Always allow a safety margin.

These figures are only broad examples. They are not ratings for a particular shelf, fixing, bracket, wall, or installation. Readers must follow the load limits, spacing requirements, installation instructions, and wall material guidance published by both the shelf manufacturer and the fixing manufacturer.

Do not add together the advertised capacities of several fixings unless the manufacturer confirms that loads can be calculated that way. Weight is not always shared evenly. The top fixings can experience substantial pull out force, while the lower part of the bracket bears against the wall.

The stated shelf load should include the shelf itself as well as everything placed on it. Dynamic loads also matter. Someone leaning on the shelf, a child pulling on it, or an object being dropped onto it can create much more force than a static ornament.

If the manufacturer provides no credible rating or installation specification, treat that as a warning sign. Choose a tested system with clear technical information, particularly for kitchen storage, books, valuable objects, or shelves above beds and seating.

If you are hanging heavier items alongside shelving, such as mirrors or large artwork, you should also review How to Hang Heavy Décor Items Securely to avoid overloading the wall.

Common Mistakes to Avoid

Most failed shelves come down to a handful of avoidable errors.

• Using cheap or incorrect wall plugs for plasterboard
• Failing to hit studs where available
• Drilling oversized holes
• Not checking for pipes and cables before drilling
• Relying on the shelf fixings supplied without upgrading for load
• Ignoring slight misalignment during installation

One of the most common issues I see is shelves fixed only into plasterboard skim without reaching the solid structure behind. That may hold for a few weeks, then fail suddenly.

Before drilling, check safe zones for cables and pipes as outlined in UK wiring regulations. Guidance is available via Electrical Safety First.

Another mistake is assuming that longer screws are always stronger. An excessively long screw can reach a cable or pipe, while a screw that is too narrow may not operate its plug correctly. Use the dimensions specified for the selected fixing and control the drilling depth.

A shelf should not be fitted over loose plaster, crumbling masonry, or damaged plasterboard without first dealing with the weak background. Filling the visible surface does not restore structural strength. The fixing needs to engage sound material.

Troubleshooting Loose or Sagging Shelves

If a shelf begins to sag, remove its contents immediately. Do not simply retighten visible screws while it remains loaded. Take the shelf off and inspect the complete system.

Check whether the wall bracket is moving, the shelf is bending, or the concealed rods are loose inside the shelf. These problems have different solutions. A bowed board may need additional support or replacement, while a moving bracket points to failed fixings or weak wall material.

A plug that spins in masonry should be removed. Inspect the hole for crumbling brick, an oversized diameter, or insufficient depth. Depending on the wall and manufacturer’s guidance, the solution may involve moving the fixing, using a correctly sized larger system, or installing an approved resin anchor.

On plasterboard, look for crushed board, torn paper, enlarged holes, or anchors pulling through the face. Do not refit another cavity anchor into badly damaged board. Move the bracket to sound material, secure it to studs, or open the wall and install suitable backing before repairing the finish.

If the bracket is solid but the outer edge drops, check the rod length and shelf depth. Short rods may not provide enough support for a deep shelf. Additional approved brackets may be necessary. Replacing a flexible shelf board with thicker material can help, but only if the wall and bracket system are rated for the added weight.

A shelf that rocks may have oversized internal rod holes, missing locking screws, or a bracket distorted by an uneven wall. Correct the underlying fit. Thin metal shims or manufacturer approved sleeves may help with certain systems, but improvised wedges should not carry structural loads.

Recurring movement usually means the shelf system is unsuitable for the wall or intended contents. Repositioning the shelf or choosing a visible bracket system can be safer than repeatedly repairing concealed fixings.

Timeframes for Installation

A single floating shelf on a masonry wall should take around 45 minutes to an hour for a competent DIYer. A professional will often complete it in 20 to 40 minutes.

Multiple shelves, uneven walls, or tricky plasterboard situations will extend this. Allow half a day for a full wall installation with three to five shelves.

Additional time may be needed for scanning services, testing wall construction, setting cavity anchors, cleaning resin holes, or waiting for chemical fixings to cure. Solid timber shelves requiring accurately drilled rod holes can take significantly longer than a retail shelf supplied with a matching bracket.

Allow time for making good if a test hole reveals an unsuitable position. Rushing to avoid a small filler repair often leads to much more expensive damage later.

Floating Shelves in Different Rooms

Each room brings slightly different considerations.

Living Room

Main concern is load from books, ornaments, and media equipment. Ensure fixings are rated accordingly.

Keep shelves clear of heat producing appliances and allow ventilation around media equipment. If cables need to pass through or behind the shelf, plan the route before drilling and avoid trapping plugs or flexes against sharp edges.

Kitchen

Shelves often carry significant weight such as plates and jars. Use strong fixings into masonry or studs. Avoid relying solely on plasterboard.

Account for the combined weight of crockery rather than estimating each item separately. Keep shelves far enough from hobs and sinks to reduce heat, grease, and moisture exposure. Shelves close to gas appliances must not obstruct ventilation or safe operation.

Bathroom

Moisture resistant materials are essential. Use stainless fixings where possible to prevent corrosion.

Seal unfinished timber and any cut edges. Be particularly cautious of concealed water pipes and electrical cables feeding showers, mirrors, fans, and shaver sockets. Electrical work in bathrooms is subject to additional requirements because bathrooms are special locations under UK wiring standards.

Bedroom

Typically lighter loads, but alignment matters for aesthetics. Uneven shelves stand out immediately at eye level.

Avoid placing heavy shelves directly above a bed unless the wall construction, bracket, and fixings have been properly assessed. Use retaining features for objects that could slide or fall.

Professional Installation vs DIY

There is nothing inherently difficult about installing floating shelves, but the margin for error is small.

A professional brings:

• Experience with different wall types
• Access to proper fixings and tools
• Faster, cleaner installation
• Confidence that the shelf will hold its intended load

If you are already installing a wall mounted TV or similar, it often makes sense to handle shelving at the same time. For related work, see How to Install a Wall-Mounted TV Without Damaging Your Walls.

DIY is reasonable for a light shelf where the wall type is clear, the service routes have been checked, and the manufacturer provides suitable instructions. Professional help is sensible where the shelf is deep or valuable, will carry substantial weight, or must be fixed above a bed, desk, or seating area.

A carpenter or experienced handyman can usually handle standard shelf installation. An electrician should investigate uncertain cable routes or carry out any electrical alterations. A plumber may be needed if pipe positions cannot be established safely near bathrooms, kitchens, boilers, or radiators.

FAQ

Can I put up floating shelves on plasterboard without studs?

Yes, but only with the correct fixings. Heavy duty cavity anchors or toggle bolts are required. Even then, you should limit the load. If the shelf will carry significant weight such as books, try to span at least one stud or consider a different location.

How do I know if my wall can support a heavy shelf?

Check the wall type first. Solid masonry walls can support much heavier loads than plasterboard. Then match your fixings to the expected load. When in doubt, over specify the fixing rather than under spec it.

Confirm the actual rating for the complete installation rather than relying on a general weight estimate. The shelf depth, bracket spacing, fixing embedment, wall condition, and distribution of the load all affect performance.

Do I need planning permission to install shelves?

No. Internal shelving does not require planning permission. However, if you are working in a listed building, restrictions may apply to alterations. Check with your local authority before drilling into historic fabric.

Why is my floating shelf sagging?

Sagging usually means one of three things. The bracket is not level, the fixings are loosening, or the shelf is overloaded. Remove the shelf and inspect the fixing points. Do not ignore it, as it may fail completely.

What is the best height for floating shelves?

This depends on use. For living rooms, shelves are often placed 300 to 450 mm above furniture. For kitchens, leave enough clearance for appliances and worktop use. Always measure in relation to surrounding features rather than using arbitrary heights.

Can I use the fixings supplied with the shelf?

Only if they are approved for your exact wall material and intended load. Many supplied fixing packs are generic. Check the shelf instructions and the fixing manufacturer’s technical data before using them. Replace unsuitable fixings with a correctly rated system.

Should I fix into a mortar joint or a brick?

Sound brick is normally more dependable than a mortar joint. Mortar can be soft, shallow, or badly weathered, particularly in older properties. Keep holes away from masonry edges and follow the fixing manufacturer’s minimum spacing requirements.

Can adhesive hold a floating shelf?

Adhesive may be specified as an additional measure for securing a shelf to concealed rods, but it should not replace mechanical wall fixings. The bracket must be securely attached to sound structure using a rated fixing system.

Final Thoughts

Floating shelves are a simple upgrade that can transform a room, but they rely heavily on correct installation. The right fixings, proper alignment, and an understanding of your wall type make all the difference between a solid result and a future repair job.

If you are unsure about wall structure, load limits, or simply want a clean professional finish, it is worth bringing in someone experienced. You can post a job on BookaBuilderUK to get free quotes from vetted local tradespeople who will get it done properly the first time.