Building a robotics company in public. Co-founder & CEO @makermodsai backed by @fdotinc https://xitter.cf/t.co/iqxjzOSRlB
San Francisco, CA
Joined May 2019
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Launching MakerMods Metal Arm.
Finally ready to reveal the robot arm we've been building. Full CNC metal arm. 6-DoF, 3kg payload, gravity compensation leader arm.
Limited supply launch price $2,499.
pre-orders open now $99 deposit👇
@IsaacSin12
@makermodsai
Ryan Chan retweeted
These guys are really forward forward deployed @makermodsai @IsaacSin12 @Ryan_Resolution 🤯
Thanks for the unboxing experience time to benchmark tf out of you 😊
Forward Deployed Founder is the new game
New deployment completed ✅
These guys are really forward forward deployed @makermodsai @IsaacSin12 @Ryan_Resolution 🤯
Thanks for the unboxing experience time to benchmark tf out of you 😊
10 minutes Metal Arm Station deployment setup
Collab with Caldera with @yeokch @raghav2956 @HuanbinChe0dde.
Ready for zero-shot rollouts with Dream-1 @dreamlabs_ai
Ryan Chan retweeted
Humanoid hardware is like iPhone 1 right now. Shitty but usable by enthusiasts
2026-2028 we will get to IPhone 4 level. Usable but lowkey missing ecosystem and software (intelligence) polish
By then low-hanging fruits like overheating on regular use, unreasonable inaccuracies/jitter will be solved. It no longer bottlenecks basic deployment.
From then onwards it’s a loooooong tail of intelligence, hardware, ecosystem improvements. Its going to be a marathon.
We’ve doubled deployments and robot sales at @makermodsai MoM consecutively
With the Dream-1 launch from @dreamlabs_ai we’re getting more demand for quick and cost effective deployments.
If you’re in need for robot arms for deployments, my DM is open.
When @hthieblot pushes you to double revenue
But you get the support to achieve it at @fdotinc in Blueprint II.
Ryan Chan retweeted
We just served 1.5M inference calls across 400 cities and 60 countries in the 4 days since launch! Thank you all for the support!
Let Dream-1 control your robot today ☁️ dreamlabs.ai/
Ryan Chan retweeted
This is the best place to build hardware 🌎
Robotic arms, actuators, flying cars, autonomous CNCs, and more...
Last Friday, we invited investors onto our campus to see what these 30 new teams have been building.
DM us if you want an invite to the next one.
Ryan Chan retweeted
Hardware is becoming a team sport.
@IsaacSin12 and @Ryan_Resolution built a $999 robot arm.
@Jonnysdoes built a device that understands objects and projects onto them.
Now imagine 100 hardware founders under one roof:
Try Dream-1 on SO-101 on playground.makermods.ai
The fastest way to try Dream-1 on your own robot arms:
playground.makermods.ai
Plug your arms into a laptop, open Chrome, type a task. Nothing to install: no Python, no ROS, no drivers
No arms yet? Buy one from makermods.ai
How it works 👇
The whole robot stack runs in a browser tab. Servo drivers, calibration, cameras, the control loop and IK are all TypeScript. The tab talks to your arms over Web Serial. Dream-1 runs in the cloud, everything that touches the robot runs in your browser.
We wrote the SO-101's Feetech STS3215 servo protocol from scratch in TypeScript, packet by packet at 1 Mbaud. Two background threads split the work. One owns the serial ports and runs a 20 Hz control loop. The other handles the cameras, the Dream-1 calls and the IK.
Setup takes a few clicks:
- Swing to find: move each arm by hand and the console watches every USB port to see which one moved. No guessing /dev/tty names.
- Auto-calibrate: motors drive each joint to its end stops, write the result to the servos' memory, and line it up with Dream's reference arm. Both arms calibrate at once.
Dream-1 outputs hand poses, not joint angles, so something has to turn them into joint commands. We ported Dream's own trajectory IK solver to TypeScript. It solves each full 48-step action chunk at once, with velocity, acceleration and jerk limits, and it's checked against the Python SDK's output.
No arm yet? The same page runs a MuJoCo physics sim in the browser, compiled to WebAssembly. Prompt Dream-1 on virtual arms first. Works with SO-101, Maker Arm and Metal Arm.
try it out yourself -> playground.makermods.ai
Ryan Chan retweeted
The fastest way to try Dream-1 on your own robot arms:
playground.makermods.ai
Plug your arms into a laptop, open Chrome, type a task. Nothing to install: no Python, no ROS, no drivers
No arms yet? Buy one from makermods.ai
How it works 👇
The whole robot stack runs in a browser tab. Servo drivers, calibration, cameras, the control loop and IK are all TypeScript. The tab talks to your arms over Web Serial. Dream-1 runs in the cloud, everything that touches the robot runs in your browser.
We wrote the SO-101's Feetech STS3215 servo protocol from scratch in TypeScript, packet by packet at 1 Mbaud. Two background threads split the work. One owns the serial ports and runs a 20 Hz control loop. The other handles the cameras, the Dream-1 calls and the IK.
Setup takes a few clicks:
- Swing to find: move each arm by hand and the console watches every USB port to see which one moved. No guessing /dev/tty names.
- Auto-calibrate: motors drive each joint to its end stops, write the result to the servos' memory, and line it up with Dream's reference arm. Both arms calibrate at once.
Dream-1 outputs hand poses, not joint angles, so something has to turn them into joint commands. We ported Dream's own trajectory IK solver to TypeScript. It solves each full 48-step action chunk at once, with velocity, acceleration and jerk limits, and it's checked against the Python SDK's output.
No arm yet? The same page runs a MuJoCo physics sim in the browser, compiled to WebAssembly. Prompt Dream-1 on virtual arms first. Works with SO-101, Maker Arm and Metal Arm.
try it out yourself -> playground.makermods.ai
Ryan Chan retweeted
Introducing Junfan Labs @junfanlabs.
Physical AI doesn't wait for Saturday. Neither will I.
For 35 editions of @saturdayrobotic, I've brought researchers and founders together to explore the papers shaping robotics and world models.
Building this community has taught me how to understand the field—and where reading stops.
You can't read your way to knowing whether a robot actually works. You have to test it on real hardware, understand where it fails, and produce evidence that researchers, companies, and investors can act on.
A club reads. A lab proves.
I'm building @junfanlabs around this conviction.
Research. Real-world evaluation. Technical advisory. Industry partnerships.
One goal: close the gap between what AI systems claim to do and what they can reliably do in the physical world.
The opportunity isn't just to build better robots. It's to build better ways to understand, evaluate, and deploy them.
I'm continuing to lead @saturdayrobotic while building @junfanlabs as a platform for deeper research, real-world evaluation, and industry collaboration.
One brings the community together around frontier research. The other extends that work into new research, technical partnerships, and real-world applications.
Both are part of the same mission: advancing Physical AI beyond what looks impressive on paper or in a demo.
The next chapter starts now. 🔬
#PhysicalAI #Robotics #WorldModels #EmbodiedAI #JunfanLabs #SaturdayRobotics #JunfanZhu
Ryan Chan retweeted
Introducing Product Hunt for agents.
The leaderboard of the most popular tools agents are using today.
monid.ai/rankings
Ryan Chan retweeted
Great working together with @jerthesquare_ again in @dreamlabs_ai =))
Ryan Chan retweeted
After working on Dream-1 for the last 4 months, here's my take:
LLMs vs WAMs isn't the right framing. A model like Dream-1 will soon be a tool call for LLMs, and that gets more feasible as LLMs inevitably get faster and cheaper.
Two things we didn't put in the blog post🧵👇
Today, Dream Labs is coming out of stealth with Dream-1, a robot foundation model that controls bimanual robots it has never seen, on tasks it was never shown, in places it has never been, from $3/hour.
Dream API is live for everyone, today. 🧵
Ryan Chan retweeted
officially retiring the crash mattresses
drastically reduced our control parameters and built a much simpler flight controller
much better stability and actual controlled landings with zero broken parts
Ryan Chan retweeted
Huge shoutout to @Ryan_Resolution and the MakerMods team for launching Maker Arm — the accessible open-source 6DoF robot arm powered by RobStride QDD actuators, now running Dream-1 from Dream Labs.
This project solves a key pain point in embodied AI: expensive, hard-to-source robot hardware. We were glad to support the team to deliver reliable QDD actuators for this launch. Open, affordable hardware is how we bring zero-shot physical AI to more builders and researchers.
#RobStride #QDDActuator #MakerArm #PhysicalAI #Dream1 #actuator
Ryan Chan retweeted
Dream-1 is running live on @makermodsai metal arm. Go check them out!
Try @dreamlabs_ai's latest model, dream-1, live on @makermodsai metal arms at the @encord_team Physical AI Summit 🦾
Quite surprised to know how many people already know that our Metal Arms run Dream-1 @dreamlabs_ai
Check our booth out at the 2nd floor