Acrome Robotics

Name: Acrome Robotics
Address: ITU Science Park, ARI4 Building No: B204 Koruyolu Maslak, Istanbul, 34469, TR
Telephone: +902128070456

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Acrome is a worldwide provider of robotic experience with software & hardware for academia, research, and industry.

Acrome offers innovative robotic and automation solutions in education, research, and industry. Our technologies enable institutions to conduct advanced research in robotics and control systems, gain hands-on experience, and develop innovative solutions. We create real-world impact across education and industry.

10/09/2026

📡 A LEO satellite passes from horizon to horizon in minutes, moving at over 7.5 km/s. How do you test a ground station antenna that needs to track it that fast, in a lab?

Our latest blog covers exactly that: 6-DoF motion simulation, Doppler compensation, HIL testbeds, and why Stewart Platforms are central to LEO antenna validation.

🔗 Link in BIO!

04/08/2026

New blog is live! 📖

How do you actually measure and model propeller thrust in the lab? Static vs. dynamic thrust, the T = kω² model, and a full step-by-step experiment procedure. This one covers it all.

🔗 https://acrome.net/post/propeller-thrust-measurement-methods-modeling-and-lab-experiments?utm_medium=social&utm_source=facebook

28/07/2026

Great couple of days at the 7th Turkish Robotics Conference, hosted by Koç University!

It was inspiring to see researchers, students, industry representatives and educators around the world come together🫶🏼

13/07/2026

Excited to be at the 7th Turkish Robotics Conference at Koç University, July 19 to 21!

Come find our booth and check out our live demos: ML modelling with OpenMathAI for 3DoF systems, a bio-inspired Braitenberg robot with our SMD Motion Kit, the 4DoF ACROBOT with admittance control, and a camera-tracking Stewart Platform powered by YOLO.

See you there! 🙌

23/06/2026

🧐 Curious how twin rotor systems are modeled and controlled in real experiments?

Let’s break down the dynamics and experiment design behind MIMO control on a twin rotor platform.

A must-read for control systems and robotics enthusiasts.

🔗 Link in BIO!

09/06/2026

New blog post is live! 📖

Ever wondered how control systems scale from a single motor to a full robotic arm? Our latest blog walks you through advanced control experiments on a 3-DoF platform, from LQR and LQG all the way to nonlinear control methods.

A solid read for anyone working in control systems, robotics, or mechatronics. 👇

🔗 https://acrome.net/post/advanced-control-experiments?utm_medium=social&utm_source=facebook

12/05/2026

That's a wrap on our 3-DoF module series! 🚁

The last one standing: Copter Tower.

Three degrees of freedom, one powerful platform for control systems education and research.

07/05/2026

New webinar dropping 🎓

Teaching LQR/LQG with accessible MIMO experiment systems, with guest speaker Asst. Prof. Fethi Candan from Ankara University.

📅 21 May · 15:00 CET
Free · Online · Live Q&A

Register here: https://acrome.net/events?utm_medium=social&utm_source=facebook

01/05/2026

Happy Labour Day to every hand that builds the future! 🔧

Today, we celebrate the engineers, makers, and innovators who turn ideas into reality, including our own incredible team at Acrome. 🙌🏻

01/04/2026

If Stewart Platforms are part of your work, or you’ve been meaning to understand them better, this is a good place to start!

🗓 April 16, 2026 | 17:00 CET
🎙 Candan Caner & Serhan Argun
💻 Free | Online | Live Q&A

Register now -> https://acrome.net/events?utm_medium=social&utm_source=facebook

Address

ITU Science Park, ARI4 Building No: B204 Koruyolu Maslak
Istanbul
34469

Telephone

+902128070456

Website

https://acrome.net/

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