Are you looking for the perfect science kit to engage a teenager's curiosity and spark a passion for STEM? This year's top ten list offers a diverse range of options, catering to various interests and skill levels. From the intricate mechanics of a hydraulic arm to the fascinating world of molecular chemistry and the exciting possibilities of robotics, we've reviewed the best science kits available in 2019 to help you choose the ideal gift or learning tool. Each kit is thoroughly examined, highlighting its strengths, weaknesses, and suitability for different age groups and learning styles. Whether your teen is a budding engineer, a future biologist, or a coding enthusiast, our comprehensive review will guide you towards the perfect hands-on learning experience.This detailed review covers ten exceptional kits, ranging from beginner-friendly electronics exploration to advanced robotics and programmable vehicles. We delve into the specifics of each kit, including assembly complexity, educational value, and potential drawbacks. Our rankings consider factors like engagement level, learning outcomes, and overall value for money. Discover which kit will empower your teen to experiment, explore, and discover the wonders of science, technology, engineering, and mathematics. Prepare to be inspired by the innovative and engaging tools that are shaping the future of STEM education!
Pros And Cons
- Great for independent learners.
- Involves real hardware in vehicle construction.
- Controlled from a smartphone.
- Can load customized programs.
- Detects and avoids obstacles.
- Reasonably priced.
- Teaches basic principles of electronics.
- Offers 130 different projects.
- Comprehensive manual with clear illustrations.
- Board is not very sturdy.
- Requires six double-A batteries.
- Easy for beginners.
- Open-ended learning through challenge carts.
- Encourages exploration by adding motors to toys.
- Includes battery pack.
- Allows creating robotic designs.
- May appear childish to older teens.
- Can pick up objects using gripping or suction.
- Involves critical thinking.
- No electricity required.
- Offers six axes of movement.
- Difficult assembly process.
- Water can leak out.
Read more: 4M Green Science Solar Rover Kit Review: A Fun STEM Project for Kids
Paui Hydraulic Arm: A Challenging Build
The Paui Hydraulic Arm takes the tenth spot, offering a rewarding challenge. Its complex assembly process hones critical thinking skills as you navigate the controls to lift objects using gripping or suction. The absence of electricity adds to the experience. However, be aware of potential water leaks.
Aviva & Habitat: An Engaging Biology Kit
Animal biology becomes accessible indoors with the Aviva & Habitat kit. This modern take on classic experiments features a blue gel that encourages creature digging, enhanced by LED lights. While not overly active, it provides a fascinating observation experience. Remember to add your own creatures!
Elenco Electronics Playground: Exploring Circuits
The Elenco Electronics Playground, coming in at number eight, teaches electronics fundamentals through 130 different projects. Its comprehensive manual, with clear illustrations, keeps curious minds engaged. However, note the less sturdy board and the need for six AA batteries.
Tinkering Labs Catalyst: Open-Ended Robotics
The Tinkering Labs Catalyst, at number seven, provides open-ended learning. It encourages exploration through challenge cards, allowing for the addition of motors to toys and the creation of robotic designs. The included battery pack and pre-built cars are great features, although it might seem juvenile to some older teens.
Center for Science and Industry's Lip Spa Lab: Cosmetics Career Exploration
The Center for Science and Industry's Lip Spa Lab, sixth on our list, helps teens connect classwork to future careers. It explores the creation of cosmetics, providing a foundational understanding of the field. The kit lets you create lip products but be aware that dyes can stain.
Brisk Learner Chemistry: 3D Molecular Modeling
At number five is the Brisk Learner Chemistry kit. It facilitates 3D molecular modeling using multicolored balls, enhancing understanding of molecular structure. The inclusion of a handy tool for assembly simplifies the process. However, it might lack excitement for some.
Protec Electronic Component Set: Hands-on Electronics
The Protec Electronic Component Set comes in at number four, ideal for older learners ready for a step up from simpler kits. This kit allows for the building of functional devices and comes with a carrying case and soldering iron. The bundled version includes a helpful book.
Teeny Physics Lab: A Comprehensive Physics Introduction
The Teeny Physics Lab, at number three, is a great classroom supplement. The 40-page manual guides experiments, encouraging critical thinking through pre- and post-activity questions. It's a strong introduction to circuits, including components like an ammeter and voltmeter.
LEGO Mindstorms EV3: Robotics and Programming
The LEGO Mindstorms EV3, second on our list, merges fun with programming concepts. It allows teens to build five different robots, controlled via a tablet app. Features include infrared sensors, advanced software, and an online community. It is a engaging, hands-on experience.
LEGO Car 3.0: Smartphone-Controlled Vehicle
Topping our list is the LEGO Car 3.0, perfect for independent learners. This kit uses real hardware to build a smartphone-controlled vehicle capable of running custom programs and obstacle avoidance. It is a well-priced and cool kit for teens.
