Things Worth Wanting · Omlet
Omlet Eglu ProSomeone really thought
about the chickens.
A design-school question became a backyard original. Two decades later, the most revealing details are still the small ones.
One hundred and forty-six ways to climb into a coop.
The number that got me was 146. That is how many ladder prototypes Omlet says it developed, tested and refined for the Eglu Pro. A ladder for chickens. Somewhere in that process, presumably, a perfectly respectable adult had to conclude that version 145 still needed work.
I love that level of attention. It tells me the company found enough complexity in an ordinary movement to keep looking. A chicken entering its house became a design problem worthy of iteration.
The current Eglu Pro uses a shallower ladder angle, gridded steps, textured ribs and a light-gray finish intended to improve visibility. Taken together, those choices address a journey: noticing the route, placing a foot, finding support and continuing upward.
I write about innovation because these are the moments that make an object interesting to me. The detail is small enough to overlook until someone explains how much thought went into it. After that, it is difficult to see it as merely a ladder.
I have not kept chickens in an Eglu Pro or tested one myself. My fascination here comes from Omlet’s design accounts, its documentation and the engineering questions those sources open up.
The Eglu Pro, in plain language.
Omlet Eglu Pro is an elevated, insulated plastic chicken coop designed around easy access, cleaning and life with a backyard flock. It can be configured with an attached run or connected to Omlet’s separate Walk In Run.
The Pro belongs to the continuing Eglu family. It brings the original idea into a larger format, with refinements that reach from the entrance to the nesting area. Understanding it means looking at both the house and the actions it makes possible.
A coop is where birds can shelter, rest and lay. A run is the enclosed outdoor space around or beside that house. That distinction is especially useful here: people can walk into an appropriately configured Walk In Run, while the Eglu Pro house itself is a compact enclosure accessed through panels and doors.
The interesting ambition is to make chicken keeping approachable enough to belong in ordinary domestic life. The design has to look inviting, but it also has to remain understandable when someone is holding bedding, collecting eggs or reaching for a part that needs cleaning.
It began with a question at art school.
Omlet’s account of its beginnings places four founders in the final year of a product-design course at London’s Royal College of Art. Their question was whether a chicken could be a pet. They left in summer 2003 with the first Eglu prototype.
That wording is revealing. The starting point concerned how people might relate to an animal. A new relationship would need a home, a routine and a way of fitting into the backyard. The coop was the physical answer to a broader question.
I find this a particularly satisfying origin for a design company. It begins with curiosity about an experience, then asks what would need to exist for that experience to become easier to imagine.
- 2003
A prototype leaves the studio.
Omlet identifies the RCA graduation show as the setting for its first prototype presentation.
- 2004
The Eglu meets the public.
The company dates the Eglu’s public premiere to London’s Urban Garden Show.
- 2024
The Pro carries the idea forward.
Omlet’s February 27 launch announcement introduces the larger Eglu Pro after two decades of developing the Eglu family.
The Pro launch announcement described more than 200,000 Eglu coops sold worldwide by that point. That is a company-reported figure for the family, not a Pro sales total. It suggests how far the original student question traveled.
I am less interested in treating that number as a popularity contest than in considering what it represents: many different households trying the idea in their own circumstances. A design that enters daily life gains opportunities to learn that a studio prototype cannot supply.
The egg door had somewhere better to be.
In a 2024 conversation with co-founder Simon Nicholls, Omlet describes observing a small awkward moment: people removed the EggPort door and then needed somewhere to put it. The Pro’s holding straps came out of that observation, letting the door stay supported while eggs are gathered.
That is my favorite kind of design story. Nobody needed a dramatic new activity. The existing activity simply contained an unnecessary interruption.
Imagine the sequence without claiming a personal test: approach the coop, open the access point, collect the eggs, close it again. A loose panel adds another question in the middle. Where does this go while my hands are doing the job I came here to do?
A supported door answers that question through its structure. It allows the person to keep moving through the task. The improvement is modest in any single moment, but the moment repeats.
Nicholls connects the Pro’s development with customer observation and communication, including the ladder and daylight panel. What interests me is the interpretation between feedback and finished feature. Someone has to recognize which small difficulty is telling them something useful.
A customer may describe what happened. A designer then has to work out which relationship in the object could change. That is an act of judgment, and it is part of the craft I want to recognize in the finished coop.
A ladder is a conversation with a moving body.
Once I know the prototype count, I start asking different questions of the entrance. Where does support occur? How far apart are the useful places to stand? Does the route remain obvious as the bird approaches it from below?
These are geometric questions before they are marketing questions. For the same rise, a shallower approach requires more horizontal distance. Changing the angle changes the path through space. Changing the step pattern changes where contact can occur along that path.
Surface texture introduces another variable: the interaction between a foot and the material beneath it. A useful texture must be considered alongside the shape and spacing of the supporting features. No single adjective describes the entire movement.
Those are general mechanical observations, not measurements of Omlet’s grip performance. What makes them interesting here is that the product’s documented development took the whole route seriously.
It also reminds me that a user cannot always explain a problem in words. Watching movement becomes a form of listening. Hesitation, approach and repeated behavior can give a designer questions to investigate.
I am drawn to the patience in that process. One hundred and forty-six prototypes are evidence of persistence in the manufacturer’s account. The important outcome is the ordinary-looking part that eventually earns its place on the finished object.
The smallest part can contain the longest conversation.
Make the dirty parts easy to reach.
The Pro has two sliding droppings trays, a removable nest tray and three removable rear panels. Its smooth surfaces can be washed. Those are straightforward features with a surprisingly rich explanation: the design brings the work toward the person doing it.
Access and cleanability are connected. A material can be easy to wipe in principle while still being frustrating if the relevant surface is hard to reach. Removable elements change that relationship. They let a component be handled in a more convenient position.
I think of this as designing for the second life of the object. The first life happens when it is new, assembled and admired. The second begins when it has been used and needs attention. That second life is where much of ownership actually happens.
- Separate the tasks.
- Collection, cleaning and inspection involve different movements. Dedicated access gives each a more direct route.
- Bring the surface closer.
- A removable component can be worked on outside the enclosure rather than reached around inside it.
- Let the result be visible.
- When a surface can be exposed, the keeper can better see what still needs attention.
- Make reassembly understandable.
- The clean part has to return to its working position. Ease includes the journey back.
Those are my interpretations of the access strategy. They do not establish a measured cleaning time. I would rather explain why the arrangement looks useful than borrow someone else’s stopwatch.
There is real pleasure in an object that understands maintenance. It feels as though the designer remembered that the person using it would eventually be tired, busy or holding something awkward. That consideration is especially welcome around animals, whose housekeeping preferences are unlikely to match ours.
Plastic becomes interesting when you ask what it enables.
Omlet’s launch material identifies high-density polyethylene, or HDPE, as the material used for the Eglu Pro. The material choice belongs to a design with smooth, shaped surfaces and removable components.
For me, the interesting question is what the designer does with those possibilities. Curves, recesses, edges and handholds can become part of the form. The surface a person touches is also the surface they see and clean.
That makes the Eglu recognizable at several scales. From across the yard, it has a rounded, deliberate silhouette. Up close, it presents specific places to open, grasp and remove. The larger visual idea and the small interactions belong to the same object.
A material name alone cannot prove durability or environmental superiority. Useful long-term design also depends on construction, exposure, care and what happens when a component needs attention. I find the relationship between those considerations more persuasive than an all-purpose claim about one material.
What I admire in this application is its coherence. The form looks like a designed product because its details have been organized around repeated use. The appearance is one expression of that organization, rather than a decorative layer added after the practical work was finished.
The walls and the vents do different jobs.
Eglu uses twin-wall insulation, and the Pro adds adjustable ventilation. Understanding those as different functions helps explain how the enclosure is intended to work.
OpenStax’s account of heat transfer distinguishes conduction through materials, convection involving moving fluid and radiation carried by electromagnetic energy. An occupied enclosure experiences several paths at once.
An insulating wall resists heat transfer through the enclosure. Ventilation exchanges air. The first does not eliminate the need for the second. Birds also introduce heat and moisture, so the interior is an active environment rather than an empty container.
Omlet’s summer explanation of Eglu designs discusses the Pro’s adjustable cross-flow ventilation and the shade beneath its elevated house. These are different ways of influencing the experience: exchanging air and providing a shaded location.
I would read climate-related language in that physical sense. The coop has passive design features and adjustable openings; this is not refrigerated air conditioning or a promise of a fixed indoor temperature.
That distinction does not diminish my interest. Passive design can be elegant precisely because it makes useful arrangements of materials, spaces and openings. Its performance belongs to the product, its placement and the conditions around it together.
Daylight, without putting the nest on display.
The LuxPanel admits ambient daylight while maintaining a sheltered interior. In Nicholls’s account, the idea grew from research about how chickens use their coop during the day.
What interests me is the attempt to balance two qualities. An enclosure can feel protected while still admitting information about the world outside. Light is one of the ways a building communicates with its occupants.
I do not have independent measurements of the panel’s effect on bird behavior. The manufacturer’s intended purpose is enough to make the design question worth exploring: how much connection to outside conditions can be introduced without losing the sense of shelter?
That is a subtle question for a chicken coop. It asks the designer to think about an interior as experienced space. The house has a use during daylight as well as after the flock settles.
I like finding that sort of consideration in a product people might initially describe by its capacity. A headline number tells me relatively little about the quality of the environment. A carefully chosen opening tells me someone thought about what being inside might be like.
The walk-in part changes the keeper’s view.
Omlet’s Walk In Chicken Run provides a separate enclosure with room for a person to enter. It offers extensions and a stable setting for the flock’s outdoor activities. Connected to an Eglu Pro through the appropriate kit, it makes the house part of a larger arrangement.
I find the change in human access significant. Reaching into a space and entering a space are different experiences. Being able to stand within an enclosure changes how someone approaches feeders, looks at the ground and spends time near the birds.
That gives the original art-school question another dimension. If chickens are part of domestic life, the environment around them can support a relationship as well as a list of chores. The keeper has somewhere to be with the flock.
The whole layout deserves thought: the position of the house, open ground, equipment, shade and routes of access. These are spatial decisions that affect one another. A coop and run work as an arrangement, even though the parts can be described separately.
For flock planning, I would consider breed, usable space and time spent indoors or outdoors, then seek local husbandry advice. Omlet’s advertised Pro capacity of up to 10 large hens or 15 bantams is a manufacturer designation, not a substitute for evaluating the complete living space.
The University of Minnesota’s chicken-keeping guidance provides an independent starting point, including an indoor-space recommendation of 3 to 5 square feet per bird. That is a useful reminder to plan for living occupants, with needs that continue beyond the product photograph.
An optional door adds another kind of intelligence.
The Omlet Smart Autodoor adds app-connected control and door-status information. It is an optional addition, not something to assume is included with every Pro configuration.
The useful distinction is between the physical house and an automated action. The house establishes an environment. The door can carry out part of a schedule. The person remains responsible for checking the flock and managing the setup.
I like the specificity of that kind of automation. A moving door has a clear task, and status information answers a concrete question about it. Technology has a visible connection to something that would otherwise require a manual operation.
There is no need to turn a hen house into a command center to appreciate this. Sometimes the clever feature is the one that deals with an ordinary timing problem and then lets life continue.
The Eglu family can therefore develop in more than one direction. Its molded parts can improve through observation, its access can become more convenient, and its optional electronics can take on a recurring action. Those are different kinds of innovation serving the same activity.
A spare part is a small promise made practical.
The Eglu Pro support center organizes spares by views of the coop and supplies manuals and assembly videos. It even distinguishes current house instructions from a pre-April 2026 version.
That is a useful piece of the product’s evolution. A model name can continue while details change, and good support needs to help an owner find the documentation that belongs to their particular object.
I appreciate the visual logic of selecting a part by where it sits. The owner may know exactly what they are looking at without knowing the manufacturer’s name for it. Organizing support around location bridges that gap.
Replaceability is also a more concrete subject than an unlimited lifespan claim. A component can have an identity, a position and a route to replacement. That makes the idea of maintaining an object easier to act on.
To me, product design continues into this part of ownership. The instructions and spare-parts system affect whether an otherwise useful object stays useful. They deserve a place in the story, even if they rarely get the hero treatment.
I like a company that keeps asking.
The Eglu story holds my attention because the original question remained productive. It began with the possibility of chickens as pets, and it kept generating smaller questions about movement, access, light and maintenance.
In my work around brand strategy, I am interested in the relationship between what a company says and what someone can actually notice in its work. Omlet’s curiosity becomes tangible in details such as the supported egg door and the long development of the ladder. The personality has something physical behind it.
That is also what gives this object a place in Things Worth Wanting. It captures a particular approach to invention: take an everyday relationship seriously enough to improve the objects around it.
I can admire the cheerful shape immediately. Learning how it developed gives that first impression somewhere deeper to go. There are people behind the form, observations behind the features and repeated decisions behind the apparent simplicity.
The chicken may never know about the Royal College of Art. It will use the ladder anyway. I find that an excellent destination for a design education.
Questions worth taking into the backyard.
What is Omlet Eglu Pro?
It is an elevated plastic chicken coop in Omlet’s Eglu range, designed for shelter, nesting and practical access for the keeper.
When did the Eglu story begin?
Omlet dates its first prototype to 2003 and its public premiere to 2004. The Eglu Pro launch announcement followed in February 2024.
Is Eglu Pro a walk-in coop?
The house itself is not a human walk-in building. It can connect to Omlet’s separate Walk In Run using the appropriate connection kit.
Is the Pro a replacement for every other Eglu?
No. Omlet still offers several Eglu models for different needs. The Pro is the larger, feature-rich model discussed here.
What is unusual about the Pro ladder?
Omlet reports 146 development prototypes and describes a shallower approach, gridded steps, textured ribs and a light-gray finish.
What does the LuxPanel do?
It admits ambient daylight while maintaining a sheltered interior, according to Omlet’s design explanation.
Why are removable trays useful?
They allow material to be removed and surfaces to be reached more directly during cleaning.
Does insulation mean the coop has air conditioning?
No. Insulation and ventilation are passive design features. They do not provide mechanical refrigeration or a fixed indoor temperature.
Is the Smart Autodoor included with every Pro?
Do not assume so. It is an optional addition; check the contents of the specific configuration.
How should I decide the flock size?
Assess usable indoor and outdoor space, breed, daily access and local husbandry guidance rather than relying on a capacity label alone.
Where are manuals and replacement parts available?
Omlet’s Eglu Pro support center groups documentation and spare parts for the model. Match the instructions to the version you own.
Has Rob tested the Eglu Pro?
I have not owned or tested this coop. The article reflects my interest in its documented development, design and underlying engineering.