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Finnish software engineer running a YouTube channel focused on Lego experiments, combining interests in physics, engineering, and visual arts.

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Physics Engineering Visual arts

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The author shares an update on their struggle against copyright infringement of Lego videos, highlighting platform effectiveness, reporting strategies, and experiences with counter notifications.
The post showcases various remote-controlled Lego vehicles designed by the Brick Experiment Channel, detailing their features and functionalities. It includes descriptions of different types of vehicles such as cars, tracked vehic...
The author shares a curated list of their 25 favorite Lego Technic YouTube channels, highlighting skilled builders and creative artists who have inspired them over eight years of watching Lego content. Each channel is briefly desc...
The Brick Experiment Channel experienced a financial recovery in 2025, driven by YouTube Shorts, despite challenges with copyright and engagement from new subscribers.
The post discusses five different remote-controlled walking vehicles made from Lego, detailing their designs, movement mechanisms, and performance. It covers a simple 2-legged walker, a more balanced 2-legged walker, a 4-legged wa...
The text discusses various fan creations of Lego builds, including a submarine, drone, cross gaps vehicle, and a mechanical principles machine. It also mentions creators who have remade the author's videos on platforms like YouTub...
The text is a list of the highest rated videos from the Brick Experiment Channel, including the date, title, views, and rating percentage of each video.
The Brick Experiment Channel reviews their 2024 year, discussing revenue, expenses, work time, YouTube, Facebook, TikTok, BiliBili, Lego kits, affiliate links, Rebrickable, and video content. They also mention copyright issues, Yo...
The text provides a list of part lists, building instructions, and 3D models for Lego models made by Brick Experiment Channel. It also includes links to backups of the files and additional information sources.
The text discusses the performance of three Lego boats - airboat, paddlewheel boat, and motorboat. It compares their speed, static thrust, weight, stability, driving straight, slow-speed maneuvering, build complexity, availability...
The text discusses the process of building a fast Lego motorboat with underwater propellers. It covers the selection of propellers, motors, and hulls, as well as the testing of different configurations to optimize speed and perfor...
The text discusses the process of building a Lego paddlewheel boat, including the design, construction, and testing of the boat. It covers various aspects such as the paddle wheel design, waterproofing, balance issues, hull select...
The text discusses the design and optimization of a Lego airboat, including the propeller selection, support structure, balance issues, oversteering problems, hull selection, steering veering, and final optimization. The boat's pe...
The text discusses various Lego boat hulls, their dimensions, weight, max load, and load ratio. It also provides noteworthy observations about the hulls and how to increase stability and protect from hits.
The text discusses the selection of a battery box for Lego Buggy motors, comparing different options and their performance. It also covers the use of BuWizz 3.0 as the battery box, its capacity, and waterproofing. Additionally, it...
The text discusses the selection of a motor for fast RC Lego boats, focusing on the Buggy motor, its features, and the best Lego wires to use. The author also provides measurements of the resistance of different Lego wires and con...
The text discusses the challenges of creating a fast Lego boat, the different propulsion systems that can be used, and the principles for designing a fast boat. It also mentions the author's prior experiences, tests that will be c...