@ 1,200 RMB
The Hearbeat of Agriculture
Shape a Better Tomorrow Through Sustainable Robotics
AgroBot aims to help farmers, environmental organizations, and governments understand the health of farmlands to promote sustainable farming and ecological sustainability.
AgroBot
As the heartbeat of agriculture, AgroBot is a modular peristaltic robot based on torsion tower structures.
Structural Design
1. Head (connected to the first module with bolts and isolation columns + electronic components are placed on a head fixing)
2. Modular body (two torsion tower structures, one forepart, two rudder connectors, and one servo motor fixing)
3. Wheel (isolation columns and silicone hoses)
Function
1. Detect abiotic factors (temperature and humidity)
2. Detect chemical concentrations (oxygen, carbon monoxide, hydrogen sulfide, methane, etc)
Advantage
1. Cheap
2. Long-lasting
3. Easy to compress and carry
4. User-friendly > easy to operate
5. Modular design > sustainable and pro-environment
6. Applicable to most farmlands > customization of sensors
Our Innovation
Torsion Tower Structure
The robot based on the torsion tower structure is cost-effective and easy to compress and carry.
The robot can work in any environment without demanding high airtightness or a smooth surface.
The robot can function efficiently for a long time without collapsing because the torsion tower structure does not depend on the material's elasticity and recovery properties.查看更多详情...
Two-way Movement Pattern
The robot can move forward and backward without losing speed to a great extent.
The non-directional characteristic gives the robot more flexibility when moving towards or turning in one specific direction, especially when farmlands have many branches and changes in elevation that might require constant adjustment on where to go.查看更多详情...
Bluetooth
The robot uses Bluetooth on mobile devices for remote control. The robot is turned on to connect to Bluetooth. The mobile device sends signals to the control board controlled by codings, and the control board is used to operate the robot’s movement, including expansion, contraction, forward, backward, and turning.
If an operator wants to change the robot's instructed direction, the operator does not need to be on the farmland. Remote control can be achieved by pressing buttons.查看更多详情...
Modular Design
The modular design allows consumers to buy and substitute only the torsion tower structure but not other parts of the robot at a low cost even when the torsion tower structure made from kraft paper is damaged because of conditions like collapsing or over-twistings.查看更多详情...Our Client
Farmers
1. Farmers can understand the health and fertility of their farmlands to increase crop yields by 12% and total revenues by 8% without significantly increasing the costs.
2. Farmers can depend on the modular peristaltic robot on their farmlands while saving money by avoiding the need to re-purchase the robot frequently and reducing the demand for agricultural workers by 86% under a global trend of rural depopulation and a decline in the availability of farm labor.
3. Farmers can rely on real-time feedback data to make better decisions, such as optimizing the amount of fertilizers and pesticides on farmland to prevent environmental crises.
Environmental Organizations and Governments
1. Environmental organizations and governments can buy one set of robots at a low price and carry the robots to different farmlands or even polluted ecosystems for detection purposes to set better policies and regulations to promote environmental sustainability.
2. Environmental organizations and governments can shut down chemical factories or ban burning in outdoor spaces to reduce pollution and boost crop health.
Booking Service
Farmers, environmental organizations, and governments can rely on AgroBot to detect abiotic factors like temperature and humidity and chemical concentrations like oxygen, carbon monoxide, hydrogen sulfide, and methane on farmlands. Consumers can rely on real-time feedback data to make better decisions or set regulations, such as optimizing the amount of fertilizers and pesticides on farmlands, shutting down chemical factories, and banning burning in open spaces. The sensors can be customized depending on which pollutant or nutrient concentrations consumers want to measure. If you are interested in AgroBot, book a session with us to discuss your roadmap.
Customization
Shanghai, China
选择日期与时间所在时区:亚洲/上海 GMT+08:00Our Product
AgroBot 1200 RMB
Temp & Humi Sensor 200 RMB
Camera 250 RMB
Chemical Sensor 700 RMB
Looking for More
Provide a variety of sensors for customization purposes.
Supply sensors to measure pH and nitrogen, phosphorus, and potassium concentration on farmlands.
1. Farmers can rely on the pH to make better decisions about the optimal pH for each vegetable to increase crop yields (e.g., sweat potatoes and carrots in acidic soil & onions in alkaline soil).
2. Farmers can understand the fertility of the soil for the optimal amount of natural fertilizers while avoiding relying on industrial fertilizers.
Add a mechanical structure in front for hole-digging.
Either design an attachable hole-digging tool printed out by a three-dimensional printer or add a separate prototype in front of the robot for explorational hole-digging purposes.
1. Farmers, environmental organizations, and governments are unrestricted to using the robot for environmental detection purposes on the surface of farmlands or in existing underground channels or caves.
2. The robot is more flexible and adaptable to different farmlands, capable of going underground anywhere and supervising the root of an ill plant that shows symptoms of a disease above the ground.
Add waterproof features to the robot.
Advance the electronic components of the robot and add waterproof materials like waxes on torsion tower structures.
1. The robot can function without being affected by precipitations and can last longer in underground environments with high humidity.
2. Farmers, environmental organizations, and governments can run the robot on rainy days, an especially crucial advancement in regions with frequent precipitations, as it increases the efficiency of environmental detection on farmlands.
Our Team
CEO Carrie
Use an interdisciplinary approach to benefit the community.
Carrie has experience in finance management, research, and video and graphic design. She has worked on managing budgets for various projects and conducting in-depth analyses to support data-driven decisions. Her skills help ensure the team's innovation is practical, well-researched, and presented engagingly and professionally.
CTO Tom
Fight for the earth with technology.
As a passionate engineer and environmental activist, Tom contributes to the team by introducing coding, designing, and modeling skills. He is also mainly responsible for the innovation and production of the robot prototype. Tom shares his communication skills when collaborating with teammates and brainstorming potential advertisement strategies for the product.
CFO Tina
Together for a better future.
As the school student art minister, Tina has experience in propagandizing products and events and designing. Experienced in
working within diverse teams, she thrives in collaborative settings and understands the value of different perspectives for common goals.
COO Sophia
Business is all about reflecting on where we are.
Sophia can provide the team with a multitude of innovative ideas as well as business-related knowledge. Sophia has previous experience in
business competitions and writing business plans, and she believes she can take care of that part in this event. She can also be responsible for recording videos and promoting the product. She has successfully run social media campaigns to promote products before.
