BL.OCK'S Logic Thinking Training Modular STEM Blocks
A modular educational block system that helps buyers plan real kits by learning outcome: circuit basics, sound-light interaction, mechanics, coding, sensors, and advanced ODM platform projects.
BL.OCK'S Logic Thinking Training is a modular STEM block system built around a clear Input / Sensor -> Power / Logic / Control -> Output structure. Instead of asking buyers to understand every module first, the page helps them choose practical kit directions by channel, learning goal, product tier, and recommended level.
Buyer Value
For brand owners, importers, distributors, schools, and STEM course providers, the main value is kit planning. YSGO can recommend module combinations, activity cards, packaging direction, language content, and SKU tiers so customers can source a set that is easier to sell, teach, and customize.
Product Types
Product Formats in This Line
Compare the available format directions before choosing a model, content plan, or OEM/ODM scope.
1
Basic Circuit & Sound-Light Sets
Starter BL.OCKS module combinations for button, sound, light, photosensitive, and visible cause-and-effect demonstrations.
2
Mechanical Motion Sets
Motor, steering, gear, and structure-focused sets for moving models, vehicle builds, and mechanical STEM activities.
3
Programming Car & Logic Sets
Card-based programming kits for sequence, condition, debugging, obstacle avoidance, voice control, and computational thinking lessons.
4
Sensor Expansion & ODM Platforms
Project-confirmed sensor, display, AI dialogue, ESP32, MicroBit, OLED, camera, and course-platform options for advanced buyers.
Core Features
Features Buyers Should Compare
Review the interaction, content format, and project variables that distinguish each sourcing direction.
Outcome-Led Kit Recommendation
The page recommends kit directions by buyer goal first, so customers can understand which set to source before studying every module.
Real Module Combinations
Reference cards show curated YSGO combinations, visible effects, required modules, and the principle behind each function.
Input / Power / Logic / Output Structure
The system is explained as a practical signal chain, making circuit, sensor, sound, motion, and programming ideas easier to sell or teach.
SKU Tier Planning
Buyers can compare basic, smart light, mechanical, programming, sensor, and ODM platform directions before asking for a quote.
Module-First Matching
Sales teams and experienced customers can select known modules and see which YSGO-planned kit directions they can support.
OEM/ODM Configuration Support
YSGO can discuss module mix, activity cards, manual language, packaging, logo, course positioning, and advanced project scope.
BL.OCK'S Kit Planning
Choose by Outcome First, Then Match the Modules
Most buyers do not start from module numbers. This guide starts from the kit you want to sell or teach, then shows the matching modules, effects, principles, and SKU direction.
Input / Sensor
What starts the action?
Button, sound, light, movement, infrared, distance, temperature, rain, or other project-confirmed sensors.
Power / Logic / Control
How is the signal powered and handled?
Power, control logic, programming cards, gates, controllers, or ODM platforms decide what happens next.
Output
What does the child see or hear?
Light, sound, display, motor, alarm, music, motion, or AI-style interaction turns the logic into a visible result.
SKU / Kit Tier Ladder
Use this ladder to decide whether the buyer needs a starter demonstration set, a retail SKU, a mechanical motion set, a programming car, or a project-confirmed ODM platform.
Sensor, display, ESP32, MicroBit, AI dialogue, camera, or course-platform planning.
1
Outcome Recommender
Select the buyer goal. The page shows matching YSGO kit directions.
Sales / Teaching Channel
Learning Goal
Kit Tier
Recommended Level
2
Module Matcher
For buyers or sales teams that already know some desired modules.
Current Matches
6 kit directions
Choose filters or modules to narrow the recommendation.
Kit Reference Cards
Each card shows the suggested module direction, what the kit can do, the STEM principle, classroom use, sales use, and quotation confirmation notes.
YS2965A / YS2965B Module Add-On
Cause & Effect / Circuit Basics
Match ready
Button Switch
Sound Sensor
Power Module
4-Color Light
Flashing Light
Effect
Build visible light reactions from simple inputs: press a button, clap, speak, or change ambient light.
Principle
Children see the input-control-output chain: a sensor or switch sends a signal, the power/control module completes the circuit, and the light module shows the result.
Proof Combinations
Button 4-Color Light
202 + 214 + 201
Press the switch to change the 4-color light response.
Manual input controls a visible light output through the powered block chain.
Voice-Activated Light
203 + 217 + 214 + 201
Clap or speak to toggle the light.
Sound is converted into a control signal before lighting the output module.
Photosensitive Flashing Light
208 + 214 + 213
Light level changes trigger a flashing response.
A light sensor changes output behavior based on environmental brightness.
Classroom Use
Good for first circuit lessons, cause-and-effect demonstrations, light/sound experiments, and group activity stations.
Sales Use
Easy retail demonstration because the result is immediate, colorful, and simple for buyers to understand.
Customization: Can be planned with localized activity cards, light-effect themes, retail packaging, and beginner lesson sheets.
Confirm before quote: Use YS2965A for basic button/light and photosensitive combinations. Voice-activated light needs the sound sensor/control modules, so treat it as YS2965B or module add-on scope. YS2963A is better positioned as a Smart LED Block Lamp / Sound-Control Light Platform.
Key modules: 4-Color Light, Button Switch, Sound Sensor, Photosensitive Sensor, Flashing Light, Power Module, Sound Control Logic
YS2965D / Mechanical Motion Set
Mechanics & Motion
Match ready
A/B Control Button
Power Module
Motor / Reduced Motor
Six-Axis Steering Module
Blocks 9656 structure parts
Electrical control is converted into mechanical motion. Gear reduction helps buyers explain torque, speed, direction, and transmission.
Proof Combinations
Forward / Reverse Motor
204 + 214 + 212
A/B buttons control the motor direction.
Polarity and control direction determine motor rotation.
Gear Reduction Motor
208 + 214 + 253
Build a light-reactive or low-speed mechanical movement.
Gear reduction trades speed for torque in mechanical output. Confirm module 253 if used in a fixed SKU.
Six-Axis Steering Build
241 + YS2965D project configuration
Create multi-axis mechanical control structures.
Linked motion points demonstrate steering, force transfer, and structure stability.
Classroom Use
Suitable for mechanical structure lessons, engineering challenge activities, and classroom build-and-test sessions.
Sales Use
Works well as a higher-value set because it shows visible motion, build variety, and add-on accessory potential.
Customization: Can be planned by structure difficulty, vehicle theme, accessory quantity, activity booklet, and package tier.
Confirm before quote: Use YS2965D as the primary mechanical reference. Catalog evidence does not show YS2965A as a motor set. The standard YS2965B set does not include Blocks 9656; any separately supplied construction pack needs its own quotation and packing confirmation. YS2965C magnetic accessory scope, YS2965D exact configuration, and module 253 inclusion should be confirmed per order.
Key modules: A/B Control Button, Motor / Reduced Motor, Power Module, Six-Axis Steering Module, Gear Reduction Motor
YS2965E Programming Car
Coding & Computational Thinking
Match ready
Programming Module
Programming Controller
Motor
Sensor Inputs
Instruction Cards
Effect
Build a programming car that can move, reverse, avoid obstacles, react to sound, and follow card-based logic steps.
Principle
Students arrange commands and conditions, then test how sequence, input, and output decisions change the car behavior.
Proof Combinations
Programming Car
246 / 247 + 214 + 212 + structure parts
Run step-by-step movement commands.
Command sequence determines output order and motion behavior.
Reversing Alarm
programming controller + sensor + alarm output
Trigger warning feedback during a reverse action.
Condition-based control connects a movement state to a warning output.
Obstacle Avoidance
264 + controller + motor output
Detect obstacles and change movement behavior.
Distance input controls a conditional decision before motor output.
Voice Control
sound sensor/control + controller + motor output
Use sound or voice as an input signal for movement.
External audio input becomes a control condition in the movement program.
Classroom Use
Good for computational thinking, sequencing, condition logic, debugging practice, and STEM course modules.
Sales Use
Clear upgrade path from basic blocks to programming education, with strong classroom and course-provider appeal.
Customization: Can be customized with instruction-card language, programming challenge cards, course plans, and branded packaging.
Confirm before quote: Programming card count, exact module mix, and car project list should be confirmed with the current YS2965E quotation package.
Key modules: A/B Control Button, Motor / Reduced Motor, Power Module, Programming Module, Programming Controller, Ultrasonic Ranging
Sensor Expansion / ODM Kit
Sensors & Environment
Match ready
Human Movement Sensor
Infrared Sensor
Soil Sensor
Rain Sensor
Ultrasonic Ranging
4-Digit Display
Effect
Create alarms, warning devices, distance detection, temperature display, rain/soil warning, and environment monitoring examples.
Principle
Different sensors collect environmental information, then the system converts it into sound, light, display, or movement output.
Proof Combinations
Human Movement Alarm
207 + 214 + 210
Movement triggers an alarm sound.
Human movement input activates warning output through a powered circuit.
Soil / Rain Warning
228 / 229 + 214 + 210
Moisture or rain condition triggers warning feedback.
Environmental conductivity or moisture input is converted into a warning signal.
Temperature + Display
advanced sensor + 261 + 268 or 281
Show sensor data on a numeric or OLED display.
Sensor data needs controller processing before readable display output.
Distance Detection
261 + 264 or 269 + 268 / 281
Detect distance or object approach.
Ranging input creates measurable data for display or alarm response.
Classroom Use
Useful for science-lab demonstrations, environmental observation lessons, and applied STEM projects.
Sales Use
Helps buyers see how a base system can expand into topic-based education sets instead of one fixed toy.
Customization: Can be configured around weather, home safety, smart city, agriculture, or classroom science themes.
Confirm before quote: Human Movement Alarm and Soil/Rain Warning are supported module examples. Temperature display and distance detection require advanced control/display modules such as NANO plus digital tube or OLED; do not present them as default basic sensor kit functions unless confirmed.
Key modules: Human Movement Sensor, Infrared Sensor, Alarm Sound, Power Module, Soil Sensor, Rain Sensor, NANO Controller, Ultrasonic Ranging, 4-Digit Display, LOX Ranging Sensor, OLED Display
YS2965C FM Radio / Audio Module Expansion / ODM
Audio & Communication
Match ready
Recording Module
Voice Change Module
Speaker
Large Speaker
MP3 Player
FM Radio
Effect
Build recorder, voice-change, MP3 player, FM radio, and sound-output projects.
Principle
Audio input, processing, storage/playback, and speaker output become a hands-on electronics learning path.
Proof Combinations
Recorder
204 + 216 + 214 + 215 + 211
Record and play back sound.
Input sound is stored and then converted back into speaker output.
Voice Change
204 + 216 + 214 + 215 + 211
Change recorded or spoken sound.
Audio processing modifies a signal before speaker output.
MP3 Player
219 + 204 + 214 + 238
Play stored audio through a large speaker.
Digital audio playback is routed through control and power modules to the speaker output.
FM Radio
222 + 204 + 214 + 238
Build a simple radio listening project.
Radio reception module processes broadcast signal into audio output.
Classroom Use
Good for sound, communication, media electronics, and signal-flow demonstrations.
Sales Use
Strong demonstration value for buyers because children can hear the output immediately and compare several audio modes.
Customization: Can support language content, music content, instruction-card localization, and themed packaging where applicable.
Confirm before quote: Use YS2965C as the fixed reference for remote-control FM radio. Recorder, voice-change, and MP3 examples should be treated as Audio Module Expansion / ODM scope. YS2962 is an Electronic Blocks / 120 Projects circuit kit, not the same BL.OCKS module-number system.
Key modules: A/B Control Button, Speaker, Power Module, Recording Module, Voice Change Module, MP3 Player, FM Radio, Large Speaker
ESP32 / MicroBit / AI Dialogue ODM Projects
Advanced / AI / IoT Platform
Match ready
NANO Controller
ESP32 Controller
MicroBit Expansion
AI Dialogue Module
OLED Display
Camera / Vision Module
Effect
Plan advanced kits with open controllers, AI dialogue, display, camera/vision, and IoT-style expansion.
Principle
The block system becomes a platform: sensors collect data, a controller processes logic, and outputs/display modules show the result.
Proof Combinations
Offline Intelligent Dialogue
239 + 211 + 214
Voice command or dialogue output through a speaker.
A dialogue module processes voice commands and routes audio output.
Display + Ranging Platform
261 + 264 + 268 + 214
Detect and display measured distance.
Sensor data is processed by a controller and shown on a numeric display.
ESP32 / MicroBit ODM Build
262 or 263 + selected sensors + outputs
Create a course-specific programmable platform.
Open controllers support custom logic, sensor input, and output expansion.
AI Dialogue / Vision Project
279 + 284 + selected outputs
Plan AI-themed interaction by project scope.
Advanced perception or dialogue modules are matched to a confirmed curriculum goal.
Classroom Use
Best for higher-level STEM courses, coding labs, AI education themes, and custom curriculum platforms.
Sales Use
Positions YSGO as an ODM development partner for buyers who need differentiated high-end STEM products.
Customization: Scope can include module selection, firmware/platform discussion, course cards, manual language, packaging, and brand system.
Confirm before quote: Advanced AI/IoT modules are project-confirmed options. Do not present ESP32, MicroBit, AI dialogue, OLED, or camera as default content unless confirmed in the quotation. Module 279 uses a third-party XiaoZhi AI platform/firmware boundary and should be reviewed per project.
Grouped by role. Module codes are shown as technical details, not the main buying path.
Output
4-Color Light
201
Visible color-light feedback for switch, sensor, and sound-triggered projects.
Alarm Sound
210
Sound feedback for movement, infrared, and warning projects.
Speaker
211
Audio output for recorder, dialogue, MP3, and FM radio projects.
Motor / Reduced Motor
212
Motion output for forward, reverse, fan, and vehicle projects.
Flashing Light
213
Light output for photosensitive and warning combinations.
Large Speaker
238
Louder audio output used by MP3, FM, and communication demonstrations.
Six-Axis Steering Module
241
Mechanical steering and motion accessory for advanced movement builds.
Programmable Light
252
Addressable light output for music and programmed color effects.
Gear Reduction Motor
253
Low-speed, higher-torque motion output for mechanical builds.
Input / Sensor
Button Switch
202
Manual press input for simple cause-and-effect circuits.
Sound Sensor
203
Detects clap, voice, or environmental sound as an input signal.
A/B Control Button
204
Two-direction button input for motor, recorder, and control experiments.
Human Movement Sensor
207
Senses nearby movement for alarm and detection projects.
Photosensitive Sensor
208
Responds to light and darkness for lamps, alarms, and car projects.
Infrared Sensor
209
Detects interruption or nearby objects for alarm and logic projects.
Ultrasonic Ranging
264
Distance-sensing input for obstacle and range-detection activities.
LOX Ranging Sensor
269
Precision ranging sensor for advanced distance-detection projects.
Camera / Vision Module
284
ODM option for AI/vision projects, confirmed by project scope.
Soil Sensor
228
Environmental input for soil or moisture warning projects.
Rain Sensor
229
Environmental input for rain or water-warning projects.
Power
Power Module
214
Power base used by most light, sound, motor, and sensor combinations.
Logic / Control
Sound Control Logic
217
Converts detected sound into a controllable on/off action.
Recording Module
215
Records and replays sound for audio interaction projects.
Voice Change Module
216
Transforms recorded or input audio for playful communication projects.
MP3 Player
219
Audio playback module for music and media demonstrations.
FM Radio
222
Radio function module for audio electronics projects.
Intelligent Dialogue Module
239
Offline voice-command dialogue module for advanced sound-control projects.
AND Gate
259
Logic module showing that two conditions must be true before output runs.
Data Storage
265
Data module for advanced sensing and display workflows.
AI Dialogue Module
279
AI dialogue option for project-confirmed advanced platform sets.
Programming
Programming Module
246
Card-based programming logic for sequence and condition training.
Programming Controller
247
Programming control module used with logic cards and vehicle projects.
Magic Music Controller
251
Controls dynamic light and music modes for display-led projects.
NANO Controller
261
Open programming control platform for advanced education projects.
ESP32 Controller
262
Advanced controller option for IoT-style ODM project planning.
MicroBit Expansion
263
Expansion module for MicroBit-based course and platform projects.
Display
4-Digit Display
268
Numeric output for temperature, distance, and data-display projects.
OLED Display
281
Advanced display module for project-confirmed sensor and platform kits.
Who It's For
Designed for Your Business Type
Whether you're building a brand, running a classroom, or scaling distribution, this product line fits your goals.
Educational Toy Brand Owners
Toy Importers, Wholesalers & Distributors
Schools, Kindergartens & Educational Institutions
STEM Education Brands & Course Providers
Educational Toy Brands
OEM/ODM partners seeking differentiated, customizable, market-ready products for private-label expansion.
Importers & Distributors
Wholesale buyers needing factory-direct supply, stable delivery, and market-ready product lines for regional distribution.
Schools & Institutions
Kindergartens, learning centers, and educational institutions sourcing classroom-ready STEM and interactive learning toys.
STEM Course Providers
Curriculum developers and STEM program operators integrating hands-on learning products into structured course systems.
Challenges Solved
Common Buyer Pain Points Addressed
We understand what B2B buyers face. Here's how this product line responds to real sourcing and procurement challenges.
Hard to find products with real educational value
Each product line is organized around clear learning goals such as logic, memory, STEM, language, or circuit exploration, with buyer-facing feature explanations.
Generic products that do not match brand identity
OEM/ODM options can include logo, color, packaging, content language, learning-content artwork, and selected function adjustments according to project requirements.
Unreliable quality and inconsistent production
Backed by YSGO production capability, with multi-stage quality checks before shipment.
Classroom products that are hard to use or maintain
Teacher-friendly design, durable materials for repeated classroom use, and age-graded content suitable for group activities.
Product Videos
Product Demonstration Videos
Watch selected demonstrations to review real interaction, learning value, and buyer presentation points before choosing products for sourcing or OEM/ODM customization.
Classroom STEM Success with YSGO Logic Thinking Blocks
Classroom-style proof for schools, institutions, and STEM course providers evaluating hands-on circuit learning.
YS2963A Sound Control Light-Up Logic Thinking Blocks
Shows sound/light interaction and visible cause-and-effect value for buyer demonstrations.
YS2979D E Magnetic Light-Up Building Blocks
Magnetic light-up block demo for product-line comparison and sourcing discussions.
YS2965E Programming Car Logic Thinking Blocks
Programming car demo for coding, sequence thinking, and course-kit positioning.
Products
Representative Products in This Line
Explore selected products from this line, each designed for sourcing, customization, and market success.
YS2960C STEM Logic Thinking Block Set is a YSGO stem logic thinking training blocks product prepared for B2B educational toy buyers that need market-ready products, clear learning value, and OEM/ODM customization options.
YS2962 STEM Logic Thinking Block Set is a YSGO stem logic thinking training blocks product prepared for B2B educational toy buyers that need market-ready products, clear learning value, and OEM/ODM customization options.
A 15-module STEM logic block set with 36 colour activity pages and an assembly tutorial, prepared for educational toy brands, distributors, and classroom-product buyers.
A 6-axis power activity set listed in the catalog as “6 pcs/set + Blocks 9656 Pack.” The final included-parts list remains subject to the approved BOM or physical package.
A 25-piece programming-car block set with 60 instruction cards for guided logic, control, sound-response, reversing-alarm, turning, and obstacle-avoidance builds.
YS2979D E STEM Logic Block Set 20PCS / 30PCS is a YSGO stem logic thinking training blocks product prepared for B2B educational toy buyers that need market-ready products, clear learning value, and OEM/ODM customization options.
Share your branding, content and packaging requirements for the selected model. Confirm feasibility, sample details and the agreed order specification before production.
Define the Standard Set First
Start with a named model and its documented module and accessory list. For YS2965B, the standard set has 15 block modules and one assembly tutorial; Blocks 9656 are not included. Keep requested additions separate in the quotation and packing list.
Brand and Packaging Review
Provide the proposed logo, color direction, sales channel and box artwork. Confirm feasibility, artwork files, itemized contents and the approved sample for the selected set before ordering.
Instructions and Activity Materials
Describe the intended demonstration or teaching activity and any requested tutorial language or supporting materials. Review these against the selected modules; a content brief does not establish a finished course or an available language version.
Module or Function Change Requests
Specify any proposed module substitution, added accessory or function change separately from the standard set. Compatibility, engineering scope, testing needs, price and timing require project confirmation; do not assume advanced platform functions are included.
Ready to Customize This Line?
Share your requirements and our team will prepare a tailored sourcing or customization proposal.
Production orders can follow multi-stage quality checks, including material inspection, assembly checks, function testing, packaging review, and pre-shipment inspection. Products can be manufactured and tested according to project and market requirements, including EN71, ASTM, CE, UKCA, IEC 62115, 7P, and HR4040 where applicable.
Multi-Stage QC
Material inspection, in-process checks, functional testing, packaging checks, and pre-shipment inspection can be arranged according to order requirements.
Durable Materials
Child-friendly materials selected for durability and repeated classroom handling where applicable.
Compliance Support
Products can be manufactured and tested per project requirements including EN71, ASTM, CE, UKCA, IEC 62115, 7P, and HR4040 where applicable.
Factory Capacity
Supported by YSGO manufacturing capacity, 4 production lines, 100+ workers, and about 2.9M pieces of annual output.
2.9M
Factory Annual Capacity
100+
Factory Workforce
4
Factory Production Lines
OEM
ODM Ready
Testable Standards Where Applicable
EN71ASTMCEUKCAIEC 621157PHR4040
FAQ
Frequently Asked Questions
Answers to common questions from brand owners, importers, education institutions, and STEM program operators.
How should I choose between basic, mechanical, programming, and ODM sets?
Start with the buyer goal. Basic sets are best for visible sound-light and circuit demonstrations. Mechanical sets focus on motion and structure. Programming sets support coding and computational thinking. Sensor, AI, and IoT modules should be planned as project-confirmed ODM or course-platform sets.
Can customers freely select any modules and create a new set?
Yes, module selection can be discussed, but the first website version only matches YSGO-curated reference combinations. Final module lists, SKU contents, and quotation details should be confirmed by project scope.
Can YSGO help prepare combination suggestions for my market?
Yes. YSGO can recommend module groups, product tiers, activity cards, packaging direction, language content, and sales positioning for brand owners, importers, schools, and STEM course providers.
Are advanced AI, ESP32, MicroBit, OLED, and camera modules included by default?
No. These are advanced or ODM platform options and should be confirmed per project. They should not be presented as default contents of a basic set unless confirmed in the quotation.
Get in Touch
Plan a BL.OCK'S Logic Training Kit
Select a reference kit or tell us your target buyer channel, learning goal, module interests, package tier, and customization needs. YSGO will help confirm the suitable SKU direction and module configuration.
