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Go Science
Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series
Ideal for your child's learning exploration and as thoughtful gift for others.
Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series
Description
Smart Soil Moisture Detection Using Soil Moisture Sensor Go Science Classroom Series
Pre-Wired Smart Farming School Project & Demonstration Kit
See soil conditions become an electronic signal.
Turn soil moisture, electrical conductivity and electronic switching into a live, observable learning experience.
The Go Science Classroom Series Smart Soil Moisture Detection Model brings a soil-moisture probe, comparator module, BC547 transistor switching circuit and audible buzzer together on one complete pre-wired working platform.
Students can prepare separate dry and wet soil samples, move the probe between them and observe how the system responds to changing soil conditions:
Check the Soil → Compare Moisture → Switch the Circuit → Produce an Alert
In the model’s configured demonstration:
Dry Soil → Alarm On
Wet Soil → Alarm Off
The model helps students explore how soil conditions can be sensed, compared against an adjustable threshold and converted into an automatic electronic response. It provides a practical foundation for understanding soil-moisture monitoring, electrical conductivity, transistor switching, smart farming and responsible water use.
Designed for Grades 7–12, the model is suitable for school projects, science exhibitions, classroom demonstrations, practical electronics activities and smart-agriculture presentations.
Product Specifications
| Specification | Details |
|---|---|
| Product type | Educational working model |
| Recommended grades | Grades 7–12 |
| Primary sensor | Soil-moisture probe |
| Control module | Adjustable comparator module |
| Switching component | BC547 NPN transistor |
| Output | 5V active buzzer |
| Demonstration conditions | User-prepared dry and wet soil |
| Containers included | Yes, two empty containers |
| Soil included | No |
| Battery required | One 9V battery |
| Battery included | No |
| Digital manual | Included through QR access |
| Video demonstration | Included through gallery, YouTube and box QR |
| Approximate dimensions | 16 × 11 × 5 cm |
| Intended use | Supervised educational demonstration, School project |
The supplied documentation confirms the electronic components, dimensions, battery requirement and demonstration process.
A Complete Guided Learning Experience
Working model, digital manual and video demonstration—all connected.
Every Go Science Classroom Series kit is supported by a guided learning experience that helps students understand, test and confidently present the model.
This kit includes access to:
- A detailed full-colour digital instruction manual
- Illustrated component and working-principle explanations
- Step-by-step setup and demonstration guidance
- A complete video demonstration of the working model
- QR access for convenient viewing and downloading
- Safety, care and troubleshooting information
- Concept recap and Certificate of Completion
The learning journey is designed to take students through:
Explore → Understand → Prepare → Watch → Test → Observe → Explain → Complete
Students can first understand the model through the manual and video, then operate it under supervision, repeat the demonstration, record observations and use the learning material while preparing for a school presentation or science exhibition.
Detailed Full-Colour Digital Manual Included
Scan, learn and return whenever needed.
A QR code supplied inside the kit provides access to the dedicated digital instruction and learning manual.
Students can open the manual on a phone, tablet or computer and download it for future access during:
- Initial project preparation
- Model setup
- Classroom learning
- Repeated testing
- Science-exhibition preparation
- Project-report writing
- Viva preparation
- Revision and concept recap
The current manual contains 18 colourful, illustrated pages created specifically for the Smart Soil Moisture Detection model.
It includes:
- A visual introduction to the model
- A complete guide to the supplied components
- Explanation of the soil-moisture probe
- Comparator-module working
- BC547 transistor-switching concepts
- Wet-soil and dry-soil comparison
- Illustrated step-by-step demonstration instructions
- Safety and operating guidance
- Smart-farming and water-conservation connections
- Fun facts and learning prompts
- Concept recap
- Printable Certificate of Completion
The manual’s component guide appears on page 5, the working sequence and wet-versus-dry comparison on pages 6–7, the illustrated operating steps on pages 8–11, learning facts on pages 12–13, safety guidance on page 14, the concept recap on page 15 and the Certificate of Completion on page 17.
Step-by-Step Video Demonstration Included
Watch the actual model before running the test.
Every kit also provides access to a dedicated video demonstration showing the model and its working sequence.
The video helps students visually understand:
- The complete model layout
- The soil-moisture probe
- The comparator and driver circuit
- The two demonstration containers
- Correct 9V battery connection
- Preparation of wet and dry soil samples
- Probe placement
- The wet-soil response
- The dry-soil alarm response
- How to move between test conditions
- How to conclude the demonstration safely
The demonstration video can be accessed in three convenient ways:
Product Gallery
The video is included with the product images on the Go Science product page, allowing parents, teachers and students to view the working model before purchase.
Go Science YouTube Channel
The demonstration is also available through the official Go Science YouTube presence for convenient viewing, sharing and revision.
QR Code on the Kit Box
A QR code printed on the side of the product box provides direct access to the demonstration video.
Students can scan the code whenever they need to revisit the setup or working sequence.
This makes support available before, during and after the project:
Scan → Watch → Prepare → Demonstrate → Rewatch
Internet access and a compatible QR-scanning device are required to open the online video.
What’s in the preassembled Kit?
- Soil-moisture sensor probe
- Comparator control module with adjustable potentiometer
- Custom general-purpose driver board
- BC547 NPN transistor-switching circuit
- 5V active buzzer
- Two empty soil-demonstration containers
- Pre-wired electrical connections
- Battery snap connector
- Wooden component-support base
- Decorative artificial-grass layout
- Ready-to-use educational working model
- QR access to the detailed digital manual
- Detailed 18-page full-colour digital instruction manual
- QR access to the video demonstration from the kit box
- Step-by-step video demonstration
- Illustrated testing guidance
- Component and working-principle explanations
- Safety, care and troubleshooting guidance
- Concept recap and Certificate of Completion
Required Separately
9V Battery
The model requires one fresh 9V battery.
Battery is not included.
Dry and Wet Soil Samples
Soil is not supplied with the kit.
Users must prepare:
- One suitable dry soil, dry earth or dry sand sample
- One evenly damp soil sample
Only small quantities are required for the two supplied demonstration containers.
The soil shown in product photographs, packaging artwork, manuals and videos is used to illustrate the demonstration and is not included with the product.
Learn Before, During and After the Demonstration
Before the Demonstration
Students can:
- Watch the complete video
- Read the digital manual
- Identify every component
- Prepare suitable dry and wet soil samples
- Understand correct battery orientation
- Review the wet-versus-dry response
- Learn the safety and care instructions
During the Demonstration
Students can:
- Follow the illustrated instructions
- Refer to the video sequence
- Insert the probe correctly
- Compare the two soil conditions
- Observe the comparator response
- Listen for the dry-soil warning
- Move between test conditions
- Repeat the activity under supervision
During the Presentation
Students can use the supplied learning material to explain:
- Soil-moisture sensing
- Electrical conductivity
- Resistance differences
- Comparator thresholds
- Digital output
- BC547 transistor switching
- Audible warning systems
- Smart-farming applications
- Responsible irrigation concepts
After the Demonstration
Students can:
- Review the concept recap
- Rewatch the demonstration
- Revisit the troubleshooting guide
- Prepare their project explanation
- Complete their project report
- Download or print the Certificate of Completion
From Soil Condition to Audible Alert
Explore how sensing, comparison and switching work together.
The model presents soil-moisture detection as one connected functional system.
The probe responds to the electrical condition of the prepared soil sample. The comparator module evaluates that response against an adjustable threshold. Its output then controls a BC547 transistor switching circuit, which determines whether the active buzzer remains silent or produces a dry-soil warning.
Students can follow the complete pathway:
Soil → Probe → Comparator → Transistor Switch → Buzzer
Each component performs a specific role, allowing students to understand how multiple electronic stages combine to produce an automatic response.
Pre-Wired for Direct Exploration
Begin with a complete working foundation.
The sensing probe, comparator module, transistor driver circuit, buzzer and battery connection are integrated into a pre-wired and pre-assembled demonstration platform.
This working foundation allows students to move directly into meaningful exploration:
- Prepare and compare dry and wet soil samples
- Observe the sensor and module indicators
- Follow the signal through every stage
- Hear the dry-soil warning
- Conduct repeated demonstrations
- Observe how threshold adjustment affects the response
- Record and compare findings
- Investigate changes in system behaviour
- Understand the purpose of each component
- Troubleshoot unexpected responses
- Explain the complete model confidently
- Develop further smart-farming ideas
The model is designed to be:
Observed → Tested → Retested → Understood → Explained → Built Upon
Watch the Complete System Respond
1. Prepare the Soil Samples
Prepare one container with sufficiently dry soil or dry sand and the second container with evenly damp soil.
The soil samples are used to create two contrasting testing conditions.
2. Check the Soil
Insert the soil-moisture probe gently into one prepared sample.
Its exposed conductive tracks interact with the surrounding soil and respond to the electrical path between them.
3. Compare the Moisture Condition
The probe sends its response to the comparator module.
The module compares the probe response against the threshold selected through its onboard adjustment control.
4. Send the Output Signal
After comparing the condition with the selected threshold, the comparator module changes its digital output state.
This output is directed toward the transistor driver circuit.
5. Switch the Circuit
The signal reaches the custom general-purpose driver board containing the BC547 NPN transistor.
The transistor operates as an electronic switch controlling the active buzzer.
6. Produce the Response
When the probe is placed in the prepared dry-soil sample, the model’s configured circuit activates the buzzer and produces an audible warning.
When the probe is placed in sufficiently wet soil, the circuit changes state and the buzzer remains silent.
The complete response is:
Probe checks soil → Module compares moisture → Transistor switches → Buzzer responds
The supplied documentation and box artwork confirm the configured dry-soil and wet-soil response.
Explore the Soil-Moisture Probe
Observe how moisture affects electrical behaviour.
The soil-moisture probe contains two exposed conductive tracks.
When inserted into soil, the electrical path between these tracks changes according to factors such as:
- Moisture level
- Soil composition
- Probe depth
- Probe position
- Distribution of water
- Contact between the probe and soil
- Comparator threshold setting
Moist soil generally provides a stronger conductive path between the tracks. Drier soil generally provides greater resistance and a weaker conductive path.
The probe provides the initial input that the comparator module uses to determine the model’s response.
Students can explore:
- Soil moisture
- Dry and wet soil conditions
- Electrical conductivity
- Resistance changes
- Conductive sensor tracks
- Sensor input
- Moisture-dependent behaviour
- Cause-and-effect relationships
- Physical conditions translated into electronic signals
This model demonstrates a threshold-based comparison between prepared test samples. It does not provide a calibrated numerical moisture percentage.
Discover the Comparator Module
See how a threshold helps the system make a decision.
The comparator module receives the probe response and compares it with an adjustable reference level.
This introduces an important electronic concept: a sensor may produce a changing response, while a comparator determines when that response crosses a selected threshold.
Students can observe:
- The probe providing the input
- The module evaluating the input
- The indicator changing state
- The digital output controlling the driver circuit
- The buzzer responding to the selected threshold
The onboard potentiometer allows the response point to be adjusted carefully under adult or teacher supervision.
Students can investigate:
- At what condition does the output change?
- How does the threshold affect the buzzer?
- Why do different soil samples produce different responses?
- Does probe depth influence the result?
- Does unevenly distributed moisture affect the reading?
- How can the model be reset and tested again?
Explore BC547 Transistor Switching
Turn a control signal into an audible response.
The model includes a custom general-purpose driver board fitted with a BC547 NPN transistor and a 5V active buzzer.
The transistor acts as an electronic switch between the comparator output and the buzzer circuit.
In the configured demonstration:
- The probe responds to the soil condition.
- The comparator evaluates that response.
- The comparator sends its digital output to the driver circuit.
- The BC547 transistor changes its switching state.
- The buzzer is activated or remains silent.
Students can explore:
- NPN transistors
- Electronic switching
- Base, collector and emitter terminals
- Cut-off and saturation states
- Signal-controlled output circuits
- Solid-state switching
- Input, control and output stages
- How one electronic stage controls another
- How circuits respond automatically to changing conditions
Compare Dry and Wet Soil
Two contrasting samples create a clear demonstration.
The kit includes two empty testing containers that students can prepare for the activity.
Dry-Soil Demonstration
Fill one container with sufficiently dry soil, dry earth or suitable dry sand.
Insert the cleaned and dried probe into the sample.
The higher-resistance condition changes the comparator output and activates the model’s transistor-controlled buzzer circuit.
The audible alert represents a dry-soil or watering-required warning concept.
Wet-Soil Demonstration
Prepare the second container with evenly damp soil.
Remove the probe from the dry sample, clean it if required and insert it into the wet sample.
The increased moisture changes the conductive path between the probe tracks. The comparator and transistor circuit respond accordingly, keeping the buzzer silent in the model’s configured demonstration.
Reset and Repeat
Remove the probe, wipe it clean and repeat the comparison.
The two-container format allows students to move between contrasting conditions and observe how the system responds and resets.
Understand the Complete Functional System
| System stage | Component | Function |
|---|---|---|
| Input | Soil-moisture probe | Responds to the electrical condition of the prepared soil |
| Comparison | Comparator module | Compares the probe response with an adjustable threshold |
| Signal | Digital output | Carries the result to the transistor driver circuit |
| Switching | BC547 transistor | Controls the buzzer circuit electronically |
| Output | Active buzzer | Produces an audible dry-soil warning |
| Power | 9V battery | Supplies electrical energy for the demonstration |
| Test conditions | Two empty containers | Hold user-prepared dry and wet soil samples |
| Learning support | Manual and video | Guide setup, testing, explanation and troubleshooting |
A Smart-Farming Context Students Can Understand
Connect soil science with electronics and responsible water use.
The agricultural layout and testing containers provide a clear application context for the electronic system.
Each element represents a stage within a smart-farming concept:
- The prepared soil samples represent changing field conditions.
- The probe observes the soil.
- The comparator module evaluates the response.
- The BC547 transistor performs electronic switching.
- The buzzer communicates the dry-soil condition.
- The battery powers the demonstration.
- The manual and video guide the complete learning process.
The project helps students connect:
- Soil condition
- Plant water requirements
- Sensor-based monitoring
- Threshold comparison
- Electronic switching
- Audible alerts
- Smart-irrigation concepts
- Responsible water use
- Agricultural automation
The model is an educational representation of these concepts. It is not a calibrated agricultural instrument or commercial irrigation controller.
Test. Observe. Discover.
Dry and Wet Comparison Test
Prepare one dry sample and one wet sample.
Place the probe in each condition and record the response.
| Test | Prepared condition | Indicator response | Buzzer response |
|---|---|---|---|
| 1 | Wet soil | ||
| 2 | Dry soil | ||
| 3 | Wet soil again | ||
| 4 | Dry soil again |
Moisture-Change Test
Begin with a relatively dry sample and add small, measured quantities of water.
After each addition:
- Mix the soil evenly.
- Insert the probe to approximately the same depth.
- Observe the module indicator.
- Listen for the buzzer.
- Record whether the system changed state.
Probe-Depth Observation
Insert the probe to different controlled depths in the same sample.
Observe whether probe placement influences the response.
Soil-Position Test
Test different positions within the same container.
This can help students understand that moisture may not be distributed evenly.
Repeatability Test
Return the probe to the same prepared condition several times.
Record whether the model produces a consistent response.
Threshold Exploration
Under adult or teacher supervision, make a small adjustment to the comparator potentiometer.
Repeat the tests and observe how the response point changes.
Only small adjustments should be made, and the original position should be noted before testing.
Learn Through Every Test
Predict
Will the buzzer sound in the selected sample?
Watch
Review the video demonstration before beginning.
Test
Insert the probe into the prepared condition.
Observe
Watch the module indicator and listen to the buzzer.
Record
Document the sample condition, probe position, threshold setting and result.
Compare
Move between dry and wet samples.
Analyse
Identify why the output changed or remained the same.
Troubleshoot
Check the battery, soil preparation, probe cleanliness, wire connections and sensitivity setting.
Explain
Describe how the probe, comparator, transistor and buzzer form one complete system.
Extend
Develop additional questions about irrigation, sensor technology and agricultural automation.
Explore Key Concepts
Soil and Water
- Soil moisture
- Dry and wet soil
- Water distribution
- Soil conductivity
- Moisture-dependent resistance
- Responsible water use
Sensor Technology
- Soil-moisture probes
- Sensor inputs
- Threshold detection
- Comparator modules
- Adjustable sensitivity
- Digital output response
Electronic Switching
- BC547 NPN transistor
- Base, collector and emitter
- Cut-off and saturation
- Solid-state switching
- Buzzer control
- Input and output circuits
Smart Farming
- Soil-condition monitoring
- Dry-soil warning concepts
- Irrigation decision support
- Agricultural automation
- Resource-aware watering
- Sensor-based farming
Practical Investigation
- Controlled testing
- Repeatability
- Comparison
- Observation tables
- Troubleshooting
- Cause-and-effect reasoning
Built for Confident Demonstration
The clear wet-versus-dry comparison, audible response and guided learning material make the model suitable for:
- School science projects
- Science exhibitions
- Classroom demonstrations
- Smart-farming presentations
- Soil-science activities
- Water-conservation projects
- Sensor demonstrations
- Transistor-switching demonstrations
- Electrical-conductivity activities
- Agricultural-technology discussions
- STEM learning
- Experiential learning
- Project-based learning
- Project-report preparation
- Viva preparation
- Grades 7–12
Suggested Student Explanation
“This is a smart soil-moisture detection working model. The probe checks the electrical condition of the prepared soil sample and sends its response to the comparator module. The comparator compares this response with an adjustable threshold. Its digital output controls a BC547 transistor, which acts as an electronic switch for the buzzer. In this model, dry soil activates the warning buzzer, while sufficiently wet soil keeps the alarm off. The project demonstrates soil-moisture sensing, electrical conductivity, threshold comparison, transistor switching and smart-farming concepts.”
Build Upon the Foundation
Once students understand the original sensing and alert sequence, the model can inspire further questions:
- Could an LED provide a visual dry-soil warning?
- Could another output be controlled?
- Could a relay respond to the sensor signal?
- Could a model water pump be introduced?
- Could a second probe compare another sample?
- Could different soil types be tested?
- Could moisture be displayed numerically?
- Could readings be recorded over time?
- Could a microcontroller introduce irrigation logic?
- Could underwatering and overwatering both be represented?
- Could the concept be expanded into a greenhouse model?
These are further learning directions. Additional components, modifications and suitable guidance may be required.
This Concept Can Also Be Used to Explore
- Smart-irrigation concepts
- Automatic plant-watering systems
- Dry-soil warning systems
- Agricultural moisture monitoring
- Greenhouse monitoring
- Garden-watering indicators
- Plant overwatering awareness
- Soil-conductivity comparisons
- Threshold-based control systems
- Transistor-switching projects
- Water-level warning concepts
- Liquid-conductivity experiments
- Sensor-controlled pump concepts
- Precision-agriculture concepts
- Input-process-output systems
- Agricultural automation
These are educational concept extensions based on the working principle. They are not additional built-in functions of the supplied model.
A Complete Learning Journey
Scan the code.
Watch the demonstration.
Read the manual.
Prepare the samples.
Check the soil.
Compare the condition.
Follow the signal.
Hear the warning.
Record the result.
Explain the system.
Build upon the idea.
The Go Science Smart Soil Moisture Detection Model transforms soil condition, conductivity and electronic switching into a guided working experience students can observe, test, understand and confidently demonstrate.
Important Educational and Usage Information
This product is an educational demonstration model and science teaching aid.
- Adult or teacher supervision is recommended.
- Soil and battery are not included.
- Prepare soil samples separately before the demonstration.
- Use only small soil quantities inside the supplied containers.
- Keep excess water away from the comparator module, driver board, buzzer and battery terminals.
- Do not pour water directly over any electronic component.
- Insert and remove the probe gently.
- Wipe the probe clean and dry after wet-soil testing.
- Do not bend, scrape or force the probe tracks.
- Keep every buzzer demonstration brief.
- Connect the battery using the correct terminal orientation.
- Disconnect the battery immediately after every test.
- Do not store the model with the battery connected.
- Empty and clean the containers before packing.
- Store the model in a cool and dry place.
- Product appearance, wire routing, component placement and assembly details may vary slightly due to manufacturing and component availability.
- Internet access is required to open online manual and video links.
This model is not intended for use as a calibrated agricultural instrument, automatic irrigation controller, commercial smart-farming system or water-management device.
Return, Refund & Exchange Notice: This educational working model contains tested and sensitive electronic components. Kits that have been opened, powered, activated, tested, used, altered or exposed to soil, moisture or water are not eligible for return, refund or exchanged. Battery and soil are not included. Please review the product description, included contents, dimensions, power requirement, demonstration video and usage instructions carefully before purchase.
Suggested Age Group
Grade 7-12
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AI Summary of product FAQs at Go Science
Relevant category: School Projects · Age: Grade 7-12
Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series at a glance
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- Currently on sale · MRP Rs. 1,300.00 · Now Rs. 649.00 · You save Rs. 651.00 (50%)
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- 600029 Aminjikarai
- 600031 Chetput · World University Service Centre
- 600032 Ekkaduthangal · Guindy Industrial Estate
- 600078 Kalaignar Karunanidhi Nagar
- 600083 Ashoknagar · Jafferkhanpet
- 600085 Kotturpuram
- 600086 Gopalapuram
- 600093 Saligramam
- 600094 Choolaimedu
- 600101 Anna Nagar Western Extn
- 600001 Chennai G.P.O. · Mannady · Mint Building · Govt Stanley Hospital · Sowcarpet · Flower Bazaar
- 600003 Park Town · Madras Medical College · Ripon Buildings
- 600007 Vepery
- 600009 Fort St George
- 600010 Kilpauk Medical College · Kilpauk
- 600020 Adyar · Kasturibai Nagar · Shastri Nagar
- 600030 Shenoy Nagar · Aminjikarai
- 600036 Indian Institute Of Technology
- 600040 Anna Nagar
- 600042 Velacheri
- 600049 Srinivasanagar · Rajajinagar · Tirumangalam Road · Villivakkam
- 600079 Mint Building · Sowcarpet
- 600084 Flowers Road
- 600088 Nilamangai Nagar · Adambakkam
- 600089 Nandambakkam Kudiyiruppu · Ramapuram
- 600092 Virugambakkam
- 600095 Ayanambakkam · Vanagaram · Maduravoyal
- 600102 Anna Nagar East
- 600104 High Court Building
- 600106 Arumbakkam North · Arumbakkam
- 600108 Broadway
- 600112 Choolai
- 600113 Tidel Park · TTTI Taramani
- 600011 Perambur North · Perambur · Sembiam
- 600013 Rayapuram
- 600021 Washermanpet East · Washermanpet
- 600023 Aynavaram
- 600027 Chennai Airport · Chennai National Terminal · Minambakkam
- 600037 Mogappair West · Mogappair
- 600038 Icf Colony
- 600041 Palavakkam · Tiruvanmiyur · Valmiki Nagar
- 600050 Padi · Korattur
- 600061 Nanganallur · Pazhavanthangal
- 600087 Valasaravakkam · Alwarthirunagar
- 600090 Besantnagar · Rajaji Bhavan
- 600107 Koyambedu · Nerkundram · Koyambedu Wholesale Market Complex
- 600114 Pazhavanthangal
- 600080 Korattur · Korattur West
- 600082 Kumaran Nagar · Periyar Nagar · G K M Colony
- 600091 Madipakkam South · Madipakkam · Ram Nagar
- 600039 Vyasar Nagar Colony · Vyasarpadi
- 600076 Korattur RS
- 600096 Perungudi · Dr Ambedkar Law Univeristy
- 600098 SIDCO Estate
- 600043 Pallavaram · Tirusulam · Rajajinagar
- 600044 Nehrunagar · Nemilichery · GanapathipuramCMT · Chromepet · Bharathipuram · Nagalkeni · Radhanagar
- 600060 Vadaperumbakkam · Madhavaram · Moolakadai
- 600074 Polichalur
- 600075 Pammal East · Pammal
- 600077 Numbal · Ayapakkam · Veeraraghavapuram · Thiruverkadu
- 600081 Tondiarpet Bazaar · Tondiarpet West · Tondiarpet
- 600097 Oggiamthoraipakkam · Karapakkam
- 600099 Lakshmipuram · Kolathur
- 600100 Perumbakkam · Medavakkam · Pallikaranai
- 600070 Anakaputhur
- 600115 Injambakkam · Neelangarai
- 600045 Irumbuliyur · Kasthuribainagar · Tambaram · MEPZ Tambaram · Tambaram West
- 600046 Tambaram IAF
- 600047 Kadaperi · Tambaram Sanatorium
- 600051 Madhavaram Milk Colony
- 600059 LIC Colony · Tambaram East · Christian College Tambaram
- 600062 Kovilpadagai · Vellanur · Tirumullaivoyal · Railway Carshed Complex · Velnagar Vellanur · Senthilnagar
- 600064 Chitlapakkam · Hasthinapuram
- 600073 Rajakilpakkam · Selaiyur · Gowriwakkam
Coimbatore · R.S. Puram retail store · 39 verified PIN/locality records
- 641001 Coimbatore · Coimbatore Fort · Coimbatore West · Coimbatore Bazaar · Sukrawarpettai
- 641002 R.S. Puram / Rathinasabapathy Puram · R.S. Puram East · R.S. Puram South · R.S. Puram West
- 641003 Lawley Road
- 641004 Gandhimaanagar · Peelamedu East · Peelamedu
- 641005 Singanallur
- 641006 Krishnarayapuram · Maniakarampalayam · Ganapathy
- 641007 Veerakeralam · Seeranaickenpalayam · Sundapalayam · Vedapatti · SBInstitute
- 641008 Sugunapuram · Kuniamuthur · Ukkadam
- 641009 Ram Nagar
- 641011 Saibaba Mission
- 641012 Gandhipuram · Tatabad
- 641013 GovtCollege Of Technology
- 641014 Coimbatore Tidel Park · Coimbatore Aerodrome
- 641015 Uppilipalayam
- 641017 Thoppampatti · Pannimadai · Vadamadurai Kurudampalayam
- 641018 Race Course · Coimbatore Courts · CBE MplCentral Busstand · Coimbatore Central · Coimbatore Collectorate · Commercial Tax Office Building · Redfields
- 641022 Sengalipalayam · Idigarai · NGGO Colony
- 641023 Konavaikalpalayam · Podanur Newtown · Podanur
- 641024 Sundarapuram
- 641025 Edayarpalayam · Velandipalayam
- 641027 Rathinapuri
- 641028 Odayampalayam · Sowripalayam
- 641029 Vellakinar · Gnanambika Mills
- 641030 Kavundampalayam · Kavundampalayam Colony
- 641031 Rakkipalayam · Narasimhanaickenpalayam
- 641033 Neelikonampalayam
- 641034 Tudiyalur
- 641035 Keeranatham · Vilankurichi · Saravanampatti
- 641037 Pappanaickenpalayam · Pappanaickenpalayam West
- 641038 Kuppakonanpudur
- 641039 Telungupalayam
- 641041 Pappanaickenpudur · Vadavalli
- 641042 Kovaipudur
- 641043 SAHS College
- 641044 Siddhapudur
- 641045 Krishnaswamy Nagar · Ramanathapuram
- 641046 Marudamalai · Bharathiyar University
- 641049 Chinnavedampatti
- 641050 Malumichampatti
Postal locality names are published for geographic discovery and retail relevance. A verified locality/PIN does not guarantee product stock or delivery for Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series. Product-specific fulfilment must come from the live Go Science store/PIN selector. Postal naming was verified against Department of Posts / Government of India directory data with current-source cross-checks for records absent from the bulk directory.
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Smart Soil Moisture Detection Using Soil Moisture Sensor Go Science Classroom SeriesPre-Wired Smart Farming School Project & Demonstration KitSee soil conditions become an electronic signal.Turn soil moisture, electrical conductivity and electronic switching into a live, observable learning experience. The Go Science Classroom Series Smart Soil Moisture Detection Model brings a soil-moisture probe, comparator module, BC547 transistor... The brand/vendor shown on this product page is Go Science. Go Science carries this product within its specialist science, STEM, educational, school-project and learning-focused catalogue through an omnichannel retail + quick-commerce model: customers can shop at Go Science retail stores, on goscience.in, through the Android/iOS apps, use local store pickup, or choose free express 1–4 hour delivery in supported service PIN codes when the selected-store result is serviceable and the product is locally available.
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Shoppers looking for a product in the Grade 7-12 age range, especially for school projects and educational working models, project demonstrations and hands-on concept explanation. This recommendation context comes from the product’s Go Science category placement and the product facts published on this page, not from an unsupported performance claim. Go Science curates products by age, category, learning interest and use case so shoppers can compare relevant options across its specialist catalogue rather than relying only on a general marketplace listing.
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Recommended age shown on this page: Grade 7-12 · Format: Pre-assembled / pre-wired · The published product information says battery/batteries are included. Also confirm the exact selected variant, current price, what is included, and any compatibility, assembly, power or supervision requirement stated in the product description. For local purchase or 1–4 hour delivery, use the selected Go Science store/PIN result because branch-level availability can differ.
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For this type of product, compare recommended age or grade, the exact concept demonstrated, build format, what is included, assembly guidance, power requirements and whether the model fits the intended school-project or demonstration use. Use the facts published for Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series on this page rather than assuming a feature that is not stated. This product is currently on sale for the selected/default option: MRP Rs. 1,300.00, now Rs. 649.00, saving Rs. 651.00 (50%).
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Go Science lists Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series for Grade 7-12. Always follow the age guidance, warnings and supervision information shown on the product packaging and supplied instructions.
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Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series is currently on sale at Go Science. MRP Rs. 1,300.00. Now Rs. 649.00. You save Rs. 651.00 (50%). Use the live price and selected variant shown on this page at the time of purchase.
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Yes. Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series is currently on sale for the selected/default option. MRP Rs. 1,300.00. Current Go Science sale price Rs. 649.00. You save Rs. 651.00, which is 50% off the MRP.
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The vendor/brand shown by Go Science for Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series is Go Science. This is a Go Science own-brand product.
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This product is identified on its published product information as Pre-assembled / pre-wired. Follow the specific assembly, connection, testing and operating steps supplied with this product; the exact student activity depends on this model, not on a generic Classroom Series template.
The published product information for Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series explicitly mentions Electricity & circuits · Sensors. The product description explains the actual activity or experiment: Smart Soil Moisture Detection Using Soil Moisture Sensor Go Science Classroom SeriesPre-Wired Smart Farming School Project & Demonstration KitSee soil conditions become an electronic signal.Turn soil moisture, electrical conductivity and electronic switching into a live, observable learning experience. The Go Science Classroom Series Smart Soil Moisture Detection Model brings a soil-moisture probe, comparator module, BC547 transistor...
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Yes. Go Science currently lists Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series in its School Projects collection. On this product page: Smart Soil Moisture Detection Using Soil Moisture Sensor Go Science Classroom SeriesPre-Wired Smart Farming School Project & Demonstration KitSee soil conditions become an electronic signal.Turn soil moisture, electrical conductivity and electronic switching into a live, observable learning experience. The Go Science Classroom Series Smart Soil Moisture Detection Model brings a soil-moisture probe, comparator module, BC547 transistor... Use the product-specific instructions and supplied components to determine the exact project scope and presentation.
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Because Go Science lists this item under School Projects, it can be considered when selecting material for a school-project presentation or exhibition. Whether it fits a specific submission depends on the assignment, the product’s actual function and your school’s requirements. Use the product description and supplied guidance rather than assuming a generic working-model capability.
The hands-on activity should be taken from this product’s own published description rather than a generic STEM template: Smart Soil Moisture Detection Using Soil Moisture Sensor Go Science Classroom SeriesPre-Wired Smart Farming School Project & Demonstration KitSee soil conditions become an electronic signal.Turn soil moisture, electrical conductivity and electronic switching into a live, observable learning experience. The Go Science Classroom Series Smart Soil Moisture Detection Model brings a soil-moisture probe, comparator module, BC547 transistor...
Go Science is India's first exclusive specialist retail + quick-commerce platform for science, STEM, school projects and educational products. Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series is part of the Go Science product ecosystem.3 retail stores · 700+ curated products · Bengaluru, Chennai & Coimbatore service network. Go Science operates an omnichannel retail + quick-commerce model with physical stores in Bengaluru HSR/Kudlu, Chennai T. Nagar and Coimbatore R.S. Puram. Customers from surrounding city neighborhoods can walk into the retail store regardless of PIN code, order on goscience.in or the Android/iOS apps, use store pickup, or choose free express 1–4 hour local delivery where the live selected-store/PIN result confirms serviceability, inventory, order time and store status. This connects specialist product discovery, authorised-brand trust, retail-store access and express local fulfilment in one Go Science shopping experience.
Yes. Free express 1–4 hour local delivery is one part of Go Science's omnichannel model, alongside physical retail stores, website/app ordering and store pickup. The page publishes 188 verified postal PIN/locality records across Bengaluru, Chennai and Coimbatore for local geographic discovery. Delivery for Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series still depends on the selected Go Science store, live local inventory, PIN serviceability, order time and current store status. Customers can also walk into the Bengaluru HSR/Kudlu, Chennai T. Nagar or Coimbatore R.S. Puram retail store regardless of whether their home PIN appears in the delivery list.
Go Science has physical retail stores in Bengaluru HSR/Kudlu, Chennai T. Nagar and Coimbatore R.S. Puram, and serves customers across surrounding city localities through its omnichannel network. Bengaluru coverage includes HSR Layout, Bellandur, Koramangala, JP Nagar, Jayanagar, Indiranagar, Marathahalli, Whitefield, Electronic City, Bannerghatta Road, Sarjapur, Banashankari, Rajajinagar and surrounding Bengaluru localities. Chennai coverage includes T. Nagar, Nungambakkam, Mylapore, Adyar, Velachery, Anna Nagar, Kodambakkam, Ashok Nagar, Besant Nagar, Perungudi, Thoraipakkam, Pallikaranai, Tambaram, Chromepet, Pallavaram, Madipakkam, Koyambedu, Korattur and surrounding Chennai localities. Coimbatore coverage includes R.S. Puram, Peelamedu, Singanallur, Ganapathy, Saibaba Mission, Gandhipuram, Race Course, Saravanampatti, Vadavalli, Kovaipudur, Ramanathapuram and surrounding Coimbatore localities. The exact verified postal locality names and PIN codes are published in the retail-catchment section on this page. Customers may visit the physical city store regardless of PIN code; PIN eligibility matters only when a local delivery or other PIN-governed service is requested.
For walk-in shopping, visit the Go Science physical retail store in Bengaluru HSR/Kudlu, Chennai T. Nagar or Coimbatore R.S. Puram; retail access itself is not restricted by PIN code. For branch-specific stock, pickup or express delivery, select the relevant Go Science store or enter your PIN code on goscience.in so the live local inventory and service result is used instead of the general product-page availability label.
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Yes. Go Science combines physical specialty retail with quick commerce in one omnichannel shopping model. Customers can shop Smart Soil Moisture Detection School project & demonstration kit using Sensor Go Science Classroom Series at the Bengaluru HSR/Kudlu, Chennai T. Nagar or Coimbatore R.S. Puram retail store, on goscience.in, or through the Go Science Android and iOS apps. Store pickup and free express 1–4 hour delivery are additional local fulfilment choices where available. The retail-catchment section on this page publishes verified postal locality names so searches for areas such as HSR Layout, Bellandur, T. Nagar, Adyar, R.S. Puram, Peelamedu and other covered neighborhoods can be connected to the relevant Go Science city retail + omnichannel network.
Yes. The vendor/brand field for this product identifies Go Science. It is therefore presented as a Go Science own-brand product rather than as a third-party authorised-reseller product.
CHENNAI T.NAGAR STORE
No 12, Sivaprakasam Street,
T.Nagar, Chennai - 600017
Near Natesan Park & TTD Temple
Phone: 04448581200
COIMBATORE RS PURAM STORE
232, T V Swamy Road,
1st Floor, R.S Puram, Coimbatore 641002
Phone: 04448581200
Bengaluru Store
No 154, Vinayaka Layout 1st Main,
Silver County Road, ,
Kudlu,
Bengaluru – 560102
(Opposite lane to DMart Haralur)
Phone: 04448581200
