Ozobot Evo Coding Robot Entry Kit - Pocket-Sized STEM Toy With Dual Programming

Ozobot Evo Coding Robot Entry Kit puts the tiny Evo robot at the center of a hands-on STEM experience for kids, students and educators who want a playful way into programming. The pocket-sized bot rolls along lines you draw, responds to colors and connects to apps for more advanced code.

What Ozobot Evo Entry Kit Includes

The Evo Entry Kit is built around the Evo robot and adds the accessories needed to start coding right out of the box. The kit includes 1 Evo robot, 1 charging cable, 5 markers, 1 zip case and access to more than 700 free lessons for guided activities and projects, as detailed in Ozobot's own kit description for educators and families.Kit contents and lesson access

In this configuration, Evo is a pocket-sized robot with Bluetooth Low Energy connectivity rated for a range of about 30 feet, proximity and optical sensors, multicolor LED lights, a built-in speaker and a strong polycarbonate shell, giving it enough hardware to react to lines, colors and nearby objects.Bluetooth and sensor specs

Coding Two Ways: Color Codes And Ozobot Blockly

Ozobot Evo is designed to be coded in two complementary ways, and the Entry Kit supports both. Off-screen, Color Code markers and paper allow kids to draw lines and color patterns that Evo's optical sensors read as commands, teaching basic computer science skills, critical thinking and debugging through simple physical play.Color Code marker coding

On-screen, Ozobot Blockly offers five skill levels from beginner to master coding and lets users build block-based programs that run on Evo. The Evo App for iOS and Android connects to the robot via Bluetooth and works as a companion for coding, remote control and lesson navigation, extending activity beyond paper tracks into digital challenges.Evo App and Blockly support

Robot Hardware, Power And Play Time

Under the clear shell, Evo uses infrared proximity sensors on multiple sides to detect objects and gestures, a bottom-mounted optical sensor to track lines and colors on the surface, and LED arrays on the front and top that change color in response to programs and app commands. A small speaker inside the body adds simple sounds to feedback.

The robot runs on a rechargeable lithium-polymer battery charged over micro USB. Ozobot specifies that a roughly 60 minute charge yields more than 60 minutes of play time, enough for typical coding sessions or short classroom blocks before needing another plug-in.Battery, charging and sensors

Age Range And Classroom Use

Ozobot positions Evo for kids and students and documents slightly different age guidance depending on context. In general product literature, Evo is described as ideal for ages 8 to 14, reflecting its mix of simple color coding and more advanced block programming that older elementary and middle school students can grasp and extend.Age guidance for Evo

In the Entry Kit description focused on education, Ozobot notes that students as young as 4 can use Evo with guided activities, particularly screen-free Color Codes and structured lessons. The included 700+ lessons are built for a wide range of grades and help teachers align activities with classroom goals without writing their own material from scratch.Lesson library and younger students

Price And Value Compared With Single Evo Robots

Ozobot lists the Evo Entry Kit at a regular price of $175 on its US site, positioning it above the price point for a single Evo robot while bundling markers, a case and structured content for schools and serious home projects.Official Evo Entry Kit price

Earlier individual Evo robots aimed at consumers, without the full education-focused kit, were priced at around $99 in US reviews and product coverage, making the Entry Kit roughly three quarters more expensive but offering dedicated classroom materials, extra markers and a zip case as part of the package.Single Evo robot pricing and review

How Ozobot Evo Compares To Coding Robot Alternatives

Compared with larger coding robots that emphasize building or complex mechanics, Evo's hardware focuses on sensors, LEDs and compact mobility rather than interchangeable parts. Its diameter is roughly that of a small ball, and independent reviews have described the robot as about an inch and a quarter across, small enough to navigate paper mazes without taking much desk space.Third-party hardware description

In terms of programming approach, Ozobot Evo's dual mode of Color Codes and block coding gives an entry path for younger learners and a more structured approach for older students. Some competing robots concentrate on one programming mode or require assembling hardware before coding, while Evo arrives ready to roll with markers and paper, shifting complexity into the app and lesson content rather than setup.

Placement In STEM Learning And Who It Suits

Within the broader STEM learning landscape, Ozobot Evo Coding Robot Entry Kit occupies a niche for schools and families wanting a compact robot they can use both at tables and on screens, with enough lesson depth to support repeated use over school years. The combination of a $175 kit price, 700+ lessons, dual coding modes and hardware geared toward sensing lines and proximity makes Evo a fit for elementary and middle school programs rather than one-off toy experiments.Kit positioning in STEM education

For US readers looking at coding tools, Evo Entry Kit stands as a compact option for classrooms that need multiple lesson plans and a robot simple enough for young children to handle yet sophisticated enough to support block programming and app-based challenges. Its limits lie in the absence of mechanical building and relatively short battery sessions, but within its focus on sensors, color lines and coding logic, Evo provides a structured gateway into programming and robotics for kids and educators prepared to work with its lesson platform.