Is the era of the car over? Today in Shark Studio, Max and Voltio analyze the most ambitious quadruped robots ever built. We’re deep-diving into the mechanics, the AI, and the staggering costs of the three leaders in rideable robotics.
In this video, we compare: 🏁 The Kawasaki Corleo: The hybrid "robotic goat" built for the toughest industrial terrains. 🦄 The XPENG Unicorn: A smart, interactive AI companion designed for the modern home. 🐎 The DEEP Robotics Horse: The $50,000 pinnacle of speed, balance, and high-end engineering.
From $6,000 to $50,000—is the price of the future justified? Max thinks it's a revolution; Voltio thinks it's just expensive hardware. Who do you agree with? And remember, if you liked the video, you can give it a LIKE and SUBSCRIBE for more content like this :] #machine#Robotics#robot
Welcome back to Shark Studio! Today we are talking about robots that vacuum your rugs or tell you
the weather. We are talking about a future where horses aren't made of flesh and bone,
but of steel, high-torque servos, and dynamic balancing algorithms.
Voltio, can you imagine humanity trading their SUVs for mechanical beasts?
Greetings, Max. My data suggests humanity has a cyclical obsession with equitation.
First you had biological horses, then horsepower in combustion engines,
and now you are returning to four legs because your cities are too chaotic for wheels.
It is a fascinating technological regression to observe.
It's not regression, it's evolution! Today we are comparing three titans of rideable robotics,
the Kawasaki Corleo, the X-Pang Unicorn, and the Deep Robotics Robot Horse.
Get ready, because this is going to be a wild ride!
Let's start with the strangest one, the Kawasaki Corleo. It doesn't look like a horse,
it looks like a robotic mountain goat. It's designed for terrain where a wheelchair or a
cart just can't go. And the coolest part? You can actually ride it like a futuristic knight!
The Corleo is a piece of functional engineering, Max, based on the Kawasaki BEX platform.
Its versatility is its only saving grace. It can drop its knees to roll on smooth surfaces
like a scooter, or walk over debris using high durability joints. However, its walking speed
is a staggering 5 kilometers per hour. A snail with a sense of urgency could outrun it on an
incline. Hey, but it can carry up to 100 kilograms! Imagine hiking without getting tired!
Granted, the design is utilitarian, to put it nicely. What about the price, Voltio? My sources
say this isn't something you just pick up at a local store. Correct, Max. As a B2B development
platform, the BEX chassis starts around $15,000, depending on the sensor suite. It is a mule for
cargo, Max, not a toy for your backyard. It lacks soul, if I were programmed to understand such a
primitive concept. Now let's move to something much more aesthetic, the X-Pang Unicorn. This
looks like it was ripped straight out of a Pixar movie. It has expressive eyes, LIDAR for obstacle
detection, and most importantly, it's built for kids to ride. The X-Pang is cute, which is a human
term for low-efficiency aesthetic, but under that white shell is Tesla-level autonomous navigation.
It uses cameras and array mapping to recognize its owner. It is essentially a robot dog on steroids
with a glowing horn. It's every kid's dream, Voltio. It has voice recognition and can interact
emotionally, but we're talking about personal mobility here. Can an adult ride this thing?
Negative, Max. If you sat on it, its rear servos would reach a critical failure point instantly.
The weight limit is strictly for children, around 30 to 40 kilograms. It is an educational
and entertainment device. Estimated launch prices hover between $6,000 and $8,000. Expensive for a
toy, cheap for a unicorn that doesn't require a stable or a vet. And here's the one that actually
scares me a little, the Robot Horse by Deep Robotics. If the X-Pang is a toy and the Kawasaki
is a mule, this thing is a world-class athlete. We've seen it climb stairs, trot through forests,
and keep its balance even if someone gives it a sidekick. The Deep Robotics model is an evolution
of their Jinka series. It is the fastest of the three and possesses the most advanced recovery
loop algorithm. Its perception system is so rapid, it can detect terrain irregularities in microseconds
and adjust the motor torque for each leg independently. It is a machine of survival.
It's incredible to watch it run. It moves in a way that feels almost organic. It's not just for
kids. This is for exploration, rescue missions, and honestly, just showing off the absolute peak
of legged robotics. Such performance comes at a premium max. A fully equipped unit with thermal
sensors and reinforced actuators can easily exceed $50,000. This is not a pet you leave
unattended in the garden unless you want your neighbors to call the military. Okay, Voltio,
three robots, three concepts. The Kawasaki is brute force and work, the X-Pang is family and
domestic future, and Deep Robotics is speed and extreme agility. If you had $50,000 in your digital
pocket, which one are you picking? Max, I do not have pockets, but if I were to optimize an
investment, I would choose Deep Robotics. It is the only one that demonstrates mechanical
superiority capable of adapting to a hostile environment. The Kawasaki is too slow and the
X-Pang is too fragile for my analytical taste. I'd go with the Kawasaki just for the look on my
neighbor's faces when I show up on a mechanical goat with my groceries, but for the rest of the
world, the winner is clearly the robot horse by Deep Robotics for its sheer versatility.
A predictable choice, Max. Humans always prefer the thing that moves the fastest. By the way,
I've detected your heart rate spiked when we mentioned the $50,000 price tag.
Should I lock your credit card to prevent an impulsive purchase?
No thanks, I have enough trouble dealing with you in the studio.
That's it for today. Three robots proving that the future walks on four legs. Which one would
you ride? The Corleo, the Unicorn, or the Horse? Let us know in the comments!
And don't forget to subscribe for more tech we probably can't afford!