Machinery sheds provide a practical and secure space to store valuable equipment. For most farms, storage is not just about keeping gear under cover. It is about protecting your investment from weather, reducing wear and tear, improving security, and making day to day operations run smoother.
The biggest difference between a shed that works and one that becomes a headache is planning. How you lay out machinery, manage moisture and dust, and build simple systems for security and organisation will directly affect how long your equipment lasts and how quickly you can get moving when it matters.
In this guide, we focus on storage design tips only, so you can plan a new build around real farm workflows. The goal is a shed that stays easy to use in peak season, not just a shed that fits the machines. If you are still weighing up whether a kit build suits your needs, our articles on do it yourself shed kits and new kit sheds from Durakit are worth a read before you finalise your layout.
Machinery storage is one of the most practical upgrades you can make on a farm. A well planned storage setup can help you:
• Protect valuable assets from harsh weather conditions
• Reduce sun damage to paint, hoses, seals, and tyres
• Limit rust and corrosion from moisture exposure
• Minimise the risk of theft and vandalism
• Keep machinery cleaner for longer
• Reduce downtime from avoidable repairs
• Improve farm organisation and speed up daily operations
Even basic storage reduces weather exposure. The bigger gains come when the shed is designed around how you park, move, maintain, and access machinery through the season.
The most common design failure is a shed that looks good on a plan but becomes awkward because the turning lane was never designed. Traffic flow is the backbone of a functional storage shed.
Start by deciding:
• Where machinery enters
• Where it turns
• Where it parks
• How it exits without reshuffling other gear
If you move multiple machines during peak season, plan for congestion. Think about two people arriving at once, or one person reversing while another is trying to leave.
A simple rule that works well is to design a clear main lane, then have bays branch off it. When bays block the lane, the shed becomes a constant shuffle. If you are considering a drive through layout, our article on the advantages of drive through machinery sheds explains why this approach can make daily movement faster and reduce damage over time.
Design tip: Draw the lane first, make it generous, then design bays around it. Do not do it the other way around.
Door count matters less than door placement. Doors decide workflow. A door in the wrong spot can force tight turns, drag mud through the shed, and create bottlenecks.
When planning doors, think about:
• Straight line access into the main lane
• Enough internal run up space to line up before reversing
• The direction doors open, so they are not facing into the weather and at risk of blowing in during strong winds
• Where water will pool during heavy rain
• Whether you need separate access for smaller vehicles
It is also worth planning access for future machinery changes. A door that is just big enough today can become a limitation if equipment size increases.
Design tip: Avoid placing your main opening where you must immediately turn inside the shed. Give yourself a straight run first, it reduces damage and stress.
A practical bay is not just a parking rectangle. It needs to allow safe movement, door opening, and enough space to connect implements or access key service points.
When setting bay sizes, consider:
• Door swing and safe access to the cab
• Walking space along at least one side
• Clearance for steps, handrails, and toolboxes
• Ability to hook up or disconnect without dragging equipment around
• A small buffer so bays are usable when you are in a hurry
If you have a mix of equipment, group similar sizes together. Mixing small and large machines in the same row often creates awkward gaps that cannot be used well.
It is also worth considering how the shed is built, as structural choices can affect internal clearance and how open the space feels, particularly if you want wider bays or future flexibility. If you are comparing options, our guide on purlin versus structural steel sheds explains the differences in a simple way.
Design tip: Fewer bays that are easy to use beats more bays that are tight. Tight bays are where damage and frustration come from.
A shed stays functional when everything has a home that matches how often it moves. If gear is parked wherever it fits, the shed becomes a dumping ground and you lose the benefit of storage quickly, especially during peak season.
A simple zoning approach that works well on farms is:
• Daily zone near the main entry for machines used constantly
• Seasonal zone further back for gear that sits for weeks or months
• Implement zone with enough clearance to hook up without moving everything
• Workshop zone that is separate from the main machinery lane
The workshop zone is where a lot of sheds either become brilliant or unusable. If it is placed in the main traffic lane, it gets dusty, noisy, and constantly interrupted. If it is tucked away with a clear boundary, it becomes a proper working space for servicing, repairs, and all the jobs that keep a farm running.
And if you’re anything like us here at ABC Sheds, you probably have a few side projects on the go too. Whether you’re fixing up and selling second hand lawnmowers, rebuilding a classic car, or just trying to keep your own gear maintained without tripping over everything, a dedicated workshop corner makes the shed far more versatile.
If this is important to you, plan it properly:
• Allow room for benches and storage, not just floor space
• Keep it away from the dirtiest entry points
• Include space for the tools you reach for constantly
• If lifting heavy gear is likely, factor it into the layout early so future options like a gantry crane are realistic
Design tip: Treat the workshop as its own zone, not a leftover corner. If it is designed properly, it becomes the most used part of the shed.
Hooking up implements is often where sheds waste the most time. If there is no space to align, rotate, and connect, attachments end up scattered and blocking access.
A hook up zone should include:
• Room to reverse and align
• Clearance to rotate implements
• A home for pins, top links, PTO guards, hoses, and couplers
Alongside that, plan for one flexible bay. This is the bay that saves you when something breaks down, when machinery comes in wet, or when you need space to work on equipment without blocking the whole shed.
A flexible bay is useful for:
• Servicing and repairs
• Parking something temporarily without reshuffling other machines
• Drying wet gear
• Staging parts and tools during busy periods
Design tip: The flexible bay should be easy to access, not tucked away. If it is hard to reach, it will not get used properly.
The shed can be perfect inside and still feel unusable if the outside and floor are not planned properly. A lot of dust, mud, and moisture problems come from the site, not the shed itself.
When planning a new build, consider:
• Stable hardstand at entrances, so you are not dragging mud inside
• Drainage and fall direction, so water does not pool at doors
• Where water runs during heavy rain
• Turning areas outside the shed, especially for wide equipment
• Floor durability for heavy loads and regular movement
If you plan washdown, do not let runoff and moisture become a whole shed problem. Decide early where water goes, and what area is designed to handle it.
Design tip: The first few metres outside the doors will decide how clean the shed stays. Treat the entry like part of the shed design, not an afterthought.
Condensation and dust are the silent killers of machinery storage. A shed can look secure and still cause corrosion and grime problems if airflow and dust zones are not considered.
Design decisions that help:
• Keep airflow moving, avoid dead corners where moisture sits
• Avoid overfilling bays, leave breathing space around machinery
• Keep the wet zone near the entry, away from parts and workshop storage
• Keep sensitive machinery away from door openings where dust and wind enter
• Separate corrosive products like fertiliser and chemicals from machinery bays
You do not need to overcomplicate this. A few smart design choices will keep machinery cleaner, reduce corrosion risk, and protect your workshop space.
Design tip: Keep a clean zone and a dirty zone. Most sheds fail because everything gets mixed together.
This is the part that gets people caught out. A shed can be the right size on paper, but still feel tight if you only planned for the machine body and not how it is actually used.
Before you sign off, double check:
• The widest setup, including duals, booms, and implements that stay connected
• The tallest setup, including antennas, beacons, and raised attachments
• Door openings and internal run up space, so you are not forced into tight turns
• Safe access, including door swing and steps without clipping walls or posts
Most sheds are designed around the tractor, not the tractor with everything attached. That is how you end up with a shed that technically fits, but feels restrictive every time you park.
If you expect machinery to grow over time, design for the next size up where possible. It is much cheaper to add clearance now than to rebuild access later.
Design tip: If a machine has to be parked perfectly to fit, the bay is too tight. Allow tolerance for tired parking and busy days.
Before you sign off, confirm:
• Tallest machine height including antennas and attachments
• Widest machine width including duals and booms
• Turning space required for your largest equipment
• A clear main lane that stays clear
• Bay sizes allow door opening and safe movement
• Daily and seasonal storage zones are separated
• Implement and hook up space is included
• A flexible service bay is included
• Hardstand and drainage are planned at doors
• Workshop location is away from dust and traffic
• Ventilation and moisture zones are considered
• Lighting and internal secure storage is included
A good machinery storage shed is not the one with the most bays. It is the one that stays easy to use when you are busy, tired, and everything is moving.
At ABC Sheds, we’ve built structural steel machinery sheds all over Australia. With us, you gain extensive building expertise, a high standard of customer service, a fully fabricated shed at a fair rate, and all of the following advantages:
Contact us today or download a free copy of our sheds brochure below.