the new dog.

Why we made this

We started with a question.

What if a dog only had what it needed?

We spent two years studying how people actually live with dogs. What we found changed how we think about the entire category. The average dog owner uses fewer than 40% of their dog’s available capabilities on a regular basis. Tail wagging: observed primarily at mealtimes. Barking: triggered by postmen, the weather, and nothing. Fetch: initiated by the human in 94% of recorded instances. Rolling over: reluctantly, and in one direction only.

The remaining 60% of the dog’s feature set — the scent tracking, the prey drive, the seasonal coat shedding, the four-leg mobility platform optimised for open terrain — exists because dogs were designed for a world that most of them no longer live in. That world had predators, prey, and unfenced ground. Your living room has a sofa and a radiator.

The new dog is built for the environment it will actually live in. Every component serves a purpose. Every component that didn’t serve a purpose was removed. The result is a dog that costs less to buy, less to feed, and less to maintain. Not because we compromised. Because we designed it correctly from the start.

Engineering

Inside the new dog.

We evaluated every system. We kept what matters. We removed what didn’t.

The previous generation shipped with four legs — a configuration optimised for outdoor terrain, hunting, and predator evasion. Our research found that the average indoor dog uses its rear legs primarily for standing up from a lying position, a task that two legs accomplish with a lower centre of gravity and a 35% reduction in physical footprint.

Dog SE’s bipedal architecture eliminates the rear limb assembly entirely. This removes over 200 skeletal components, including the hip joints — the single most common source of mobility-related warranty claims across all dog breeds. Dog SE cannot develop hip dysplasia because dog SE does not have the hips in which hip dysplasia would develop. An elegant solution to an expensive problem, if we say so ourselves.

A conventional dog ships with 42 teeth. Canine teeth for gripping prey. Premolars for shearing flesh. Molars for crushing bone. These teeth exist because the dog’s ancestors needed to kill and consume animals without access to a bowl, a tin opener, or a delivery service. The modern domestic dog eats kibble from a bowl on the kitchen floor, and the only thing it crushes is a tennis ball it has been chewing for six months and that now resembles a small, damp rag.

Dog SE ships with 28 teeth: the essentials for kibble, the occasional dental treat, and nothing else. This removes 14 potential points of dental failure and reduces dog SE’s lifetime expected dental costs by approximately 70%.

A conventional dog allocates approximately 40% of its cognitive capacity to olfactory processing — scent detection designed for tracking prey across open terrain. The modern domestic environment does not contain prey. It contains a kitchen, a living room, and a hallway that leads to a bathroom. Dog SE features a right-sized olfactory system capable of detecting food at a distance of approximately three metres, which our research indicates is sufficient for 94% of domestic dog-food interactions.

The freed neural capacity is reallocated to dog SE’s primary function: being present. Dog SE does not need to know that a squirrel passed through the garden four hours ago. Dog SE needs to know that you are in the room.

Reviews

What people are saying.