FinchBlox

Overview

FinchBlox is a block-coding app built around BirdBrain Technologies’ Finch Robot 2.0. It is a focused choice for learners starting out with robotics, with a progression from simple commands to sensors and loops. Its main trade-off is the required robot and micro:bit setup.

Key features

Three levels give learners a clear route through the basics. Level 1 is intended for absolute beginners age 5 and up, and introduces sequences that control the Finch’s motors, lights, and buzzer. Level 2 adds parameters to those controls; Level 3 brings in sensor blocks, loops, and concurrent sequences. This makes FinchBlox better suited to a staged introduction than to learners seeking multiple coding modes: it uses blocks only.

Live editing lets students change code while it is running and remain connected to the Finch. That can make an activity more iterative, since learners can adjust a sequence without first disconnecting from the robot. A curriculum library and activities such as number-line math, telling time, mazes, shape drawing, dance, and Finch Tales give educators several ways to put the blocks to work. Tutorials, block descriptions, activities, and a teacher video course add instructional support.

There is no robot simulator, so FinchBlox depends on physical hardware rather than offering a way to try robot programming without it. Setup also takes more than installing the app: users need a Finch Robot 2.0 and a micro:bit prepared with a Bluetooth .hex file, using a computer with a USB port. That is a meaningful hurdle for casual exploration or classrooms without the equipment ready.

BirdBrain says its software is designed for children under 13, requests only permissions needed to function, and never transmits personal information to BirdBrain. FinchBlox requires Bluetooth permission; on Android, that also requires location permission.

Pricing

FinchBlox is free: the FinchBlox plan costs nothing. There are no paid tiers to weigh against it, but the free app is not a hardware-free option: it requires a Finch Robot 2.0 and a micro:bit with the Bluetooth .hex file installed. The cost of that equipment is separate from the app and is not included in the plan.

Platforms

FinchBlox supports Windows, Mac, Chrome/Chromebook, iOS, Android, and Kindle Fire. The computer platform matters during setup, since preparing the micro:bit requires a computer with a USB port. The app supports block coding and Finch Robot 2.0; there is no simulator for learners who lack the robot.

Who it's for

FinchBlox fits young beginners, teachers, and families who already have access to a Finch Robot 2.0 and can prepare its micro:bit. Its age-5-and-up Level 1 entry point, curriculum materials, and varied activities make it practical for guided introductory robotics. It is a weaker fit for learners who want to code without dedicated hardware or who need text-based programming.

Pros and cons

Pros

• Beginner-to-intermediate progression: the three levels move from basic robot actions to parameters, sensors, loops, and concurrent sequences.
• Useful teaching materials: the curriculum library, activities, tutorials, block descriptions, and teacher video course support structured learning.
• Free app: there is no software plan fee.
• Live editing: learners can revise code while it runs and stay connected to the Finch.

Cons

• Hardware-dependent: the app requires a Finch Robot 2.0 and a micro:bit, and it has no simulator.
• Extra setup step: preparing the micro:bit requires a computer with a USB port and a Bluetooth .hex file.
• Block-only coding: learners looking for text-based coding will need another tool.
• Android permission requirement: Bluetooth access also requires location permission on that platform.

Alternatives

Choose EdScratch if you have an Edison robot and want a free, browser-accessible coding environment that requires no additional software. mBlock is a better fit for learners who want a free platform with both block-based and Python coding, as well as AI and IoT features. Consider PictoBlox for individual, non-commercial use if you want a free plan under those terms.

Ozobot Classroom may suit educators seeking a free teacher-focused portal with 700 lessons. ROBO Pro Coding is another free app option, with programs that can be saved locally and in the cloud. Rocksi is another alternative to consider. Choose Sphero Edu if you have a compatible Sphero robot and want free app or web access for robot programming. Thymio Suite is a free desktop option for users with a Thymio robot.

For more options, browse Robotics Education Software.

Verdict

Choose FinchBlox if you want a free, beginner-friendly route into programming a Finch Robot, supported by staged activities and teaching materials. Its strongest case is the progression from simple sequences to sensors and loops; its main limitation is the hardware and micro:bit preparation required. If you do not have that setup, or need coding without a dedicated robot, choose another platform.