Top Brands: Sphero - Wonder Workshop - Makeblock - Amazon Kids
BLACK FRIDAY: Amazon Fire Kids Pro 10"
BLACK FRIDAY: Amazon Fire Kids Pro 10"
NEWS$show=/search/label/news
Here's where you'll find all the latest news about technology for children. We love to follow cool new inventions on Kickstarter and we hunt out all the latest announcements about tech toys and gadgets for the coming Christmas holidays. You'll also get our take on children's technology stories in the media.
REVIEWS$show=/search/label/review
Our kids technology product reviews are intended to help you work out whether a toy, gadget or kit is a good fit for your child or family.
There's lots of cool stuff available, but is it the right choice for the child or teenager that you are buying for?
We'll help you make the right choices and get the best value for money.
GIFT GUIDES$show=/search/label/gift%20guide
Parents, grandparents, aunts, uncles, and friends assemble. We create gift lists to help you make good choices for kids technology which helps them develop the right skills for the future. We research the best in Coding Toys and Games, Making / Craft Tools and Kits, STEM/STEAM related gifts, Programmable Robots, Electronics Kits and Gadgets for Tech Age Kids and Teens.
PROJECTS$show=/search/label/project
Get crafty with technology. Here we'll post all our ideas and projects using technology to get creative and making with kids. You'll find anything from making a lemon battery to a glow-in-the-dark Minecraft sword. Our projects are tried and tested on our own kids or at events we run, so we are sure you can have a go at home with your kids. Some of our projects use specific tech gadgets which we provide links for you to purchase.
STEM$show=/search/label/stem
STEM stands for Science, Technology, Engineering, and Mathematics. In recent years there is an increased focus in these areas of study. We like to include Art and Design too, so we often talk about STEAM (A stands for Art). At Tech Age Kids we believe Coding is a new literacy and children need to understand how technology works, practice making skills and grow in their curiosity to make a better future for us all.
CODING$show=/search/label/coding
Coding is increasingly being recognised as an important skill for children to learn. Some will learn to code at school or at a coding club, but it's brilliant if they get support at home too.
ELECTRONICS$show=/search/label/electronics
We think it's really important for kids to get hands-on with electronics and learn how to make circuits and write code to control hardware.
Younger kids can start with conductive playdough. For kids who like to combine craft and tech, littleBits are fab. And we love SAM Labs wireless electronics components for making it easy for kids to make Internet of Things inventions.
Lots of electronics kits for kids have support for the Arduino microprocessor environment. The DuinoKit Jr is one of our favourites. Arduino is a fab skill for older kids and teens to develop.
ROBOTICS$show=/search/label/robotics
We love robots at Tech Age Kids, especially programmable ones. We've got lots of them and write reviews and projects that use them.
Our programmable robots for kids buying guide is a good place to start if you're not sure what's available.
Roby the mBot Meccano robot dog is one of our popular projects and has been with us to lots of events. Our Ozobot LEGO trailer is fab for kids who love LEGO and robots.
MAKING AND CRAFT$show=/search/label/making
We're advocates of the creative use of technology, but this needs to be balanced with developing physical skills such as papercraft, woodwork, clay modelling, technical drawing and soldering. If children don't develop these skills as they grow up then physical making projects can become frustrating rather than fun.
The Maker Community uses the term 'making' as a broad term to include all sorts of artisan skills or craft activities. Being able to make things can lead to life-long hobbies or even careers. It's a great feeling to be able to take a project from an idea in your head to a real object that does something.
We're particularly interested to explore products that combine maker skills with tech skills such as electronics but others focus purely on the physical making skills that are still important to modern making.
As a non-techie family, we can highly recommend the XYZPrinting da Vinci mini Maker, as a starter 3D printer. I've been wanting to get a 3D printer at home for a while now but feel a bit overwhelmed by the different printers on the market, their cost and my own lack of knowledge and skill.
Disclaimer: XYZPrinting provided us with a loan da Vinci mini Maker to review. This is not a sponsored post and as always our views are our own.
I attended a crash-course on how to operate a 3D printer at my local makerspace and loved the experience. When we were asked if we'd like to review the XYZPrinting da Vinci mini Maker I jumped at the chance. In this post I will write in plain terms our experience with this 3D printer from a non-techie perspective. If you would like to know how the printer stacks up against other 3D printers and learn what experienced families think of it - read Tracy's review here.
The printer arrived in a large box and was well packaged. The 3D printer does require some assembly, which we did together as a family.
Using the provided instructions, the online tutorials and some "let's think about this and try it" skills, we managed to build the printer in about 30 min. We were working carefully and slowly, so it may take a more experienced family less time.
Once the printer is built, you need to download the software to send objects to the printer. The XYZPrinting da Vinci mini Maker is not wireless, so you need to set it up so have a cable connection between the printer and PC / laptop.
We have a Windows laptop and it was really easy to download and install the software. When we opened the programme, it prompted us to update the firmware on the printer. This may not be the case for all users, but it was really simple and we had no issues.
Remember to fix the large sticky back sheet to the base plate to help protect the plate and prevent objects from shifting during the printing process.
Make sure you have removed ALL the packaging before you start printing.
XYZPrinting have their own 3D modeling software, which you can download here. You can also use other 3D modelling tools, as long as you can export .stl files, which the 3D printer supports.
You need to create an account with XYZPrinting to download to printing and 3D modelling software.
It's really exciting to print your first object. I would recommend you choose one of XYZPrinting's sample objects (we selected the twisted pot and Tracy printed their logo as a first print). It's best to select a small object, so you don't have to wait too long to print something that you really want to make.
It's a good idea to go through the calibration process on the printing software. Your first print will take longer to get going, as the filament needs time to push through to the nozzle. 3D printers also need a bit of time to heat up before they start printing.
My kids loved watching our object come to life. But after a while it gets a bit boring watching a 3D printer. Our first sample pot took 2 hours to print.
These days it's possible to access a 3D printer at school or a local makerspace / even have your design printed and delivered at home. But the idea of having a 3D printer at home is very appealing.
My kids, started thinking of things they would like to make, either creating their own designs or searching for objects on Thingiverse. I like the idea of making useful things for the home.
We made a name tag.
My 6 year old had lost his school book bag nametag and so we designed a new tag using the XYZmaker 3D modelling software. It's fairly intuitive to use, but I've found all 3D modelling takes a bit of practice.
It's definitely the type of tool, given a bit of time, kids would be able to use to model their own designs.
We made a battery dispenser.
Like many other families, I'm sure, we have an overload of batteries. In order to keep them stored properly in one place, we made a 3D printed battery dispenser. We got the design from Thingiverse - Compact Tabletop Battery Holder by jgillick (Published on April 25, 2014), which is available for home use. Unfortunately we didn't put enough glue stick on our base plate before we started printing and the corners lifted on the model. It also took more than 5 hours to print. We're planning to fix our corners with some Sugru, but we are really pleased with our battery dispenser.
We made a cookie cutter.
My 6 year old had a Pokemon birthday party and wanted to bake Pikachu cookies. We decided to 3D print our own cookie cutter. Thingiverse came in handy again with an awesome cutter by broadzilla00 (Published on October 10, 2016).
3D printed objects is not really food-safe, but can be used with saltdough to make decorations or modelling clay. If you do choose to use it, we recommend you wash it with warm soapy water and only use it once. It's now being used with the play dough.
3D printing is lots of fun and there are so many new skills to learn. Below are six things we've learnt from our first week using a 3D printer at home.
Disclaimer: XYZPrinting provided us with a loan da Vinci mini Maker to review. This is not a sponsored post and as always our views are our own.
I attended a crash-course on how to operate a 3D printer at my local makerspace and loved the experience. When we were asked if we'd like to review the XYZPrinting da Vinci mini Maker I jumped at the chance. In this post I will write in plain terms our experience with this 3D printer from a non-techie perspective. If you would like to know how the printer stacks up against other 3D printers and learn what experienced families think of it - read Tracy's review here.
Unboxing the Printer
The printer arrived in a large box and was well packaged. The 3D printer does require some assembly, which we did together as a family.
Using the provided instructions, the online tutorials and some "let's think about this and try it" skills, we managed to build the printer in about 30 min. We were working carefully and slowly, so it may take a more experienced family less time.
- Find some tutorial videos on XYZPrinting Website.
Setup the Printer
Once the printer is built, you need to download the software to send objects to the printer. The XYZPrinting da Vinci mini Maker is not wireless, so you need to set it up so have a cable connection between the printer and PC / laptop.
We have a Windows laptop and it was really easy to download and install the software. When we opened the programme, it prompted us to update the firmware on the printer. This may not be the case for all users, but it was really simple and we had no issues.
Remember to fix the large sticky back sheet to the base plate to help protect the plate and prevent objects from shifting during the printing process.
Make sure you have removed ALL the packaging before you start printing.
Remove the 4 x orange supports from the shafts before printing |
The Software
3D printing requires to different computer programs. The software to slice and send the files to the 3D printer to make and the software to create your 3D objects.XYZPrinting have their own 3D modeling software, which you can download here. You can also use other 3D modelling tools, as long as you can export .stl files, which the 3D printer supports.
You need to create an account with XYZPrinting to download to printing and 3D modelling software.
XYZMaker 3D modelling software |
Your First 3D Print
It's really exciting to print your first object. I would recommend you choose one of XYZPrinting's sample objects (we selected the twisted pot and Tracy printed their logo as a first print). It's best to select a small object, so you don't have to wait too long to print something that you really want to make.
It's a good idea to go through the calibration process on the printing software. Your first print will take longer to get going, as the filament needs time to push through to the nozzle. 3D printers also need a bit of time to heat up before they start printing.
My kids loved watching our object come to life. But after a while it gets a bit boring watching a 3D printer. Our first sample pot took 2 hours to print.
3D Printers at Home
These days it's possible to access a 3D printer at school or a local makerspace / even have your design printed and delivered at home. But the idea of having a 3D printer at home is very appealing.
My kids, started thinking of things they would like to make, either creating their own designs or searching for objects on Thingiverse. I like the idea of making useful things for the home.
We made a name tag.
My 6 year old had lost his school book bag nametag and so we designed a new tag using the XYZmaker 3D modelling software. It's fairly intuitive to use, but I've found all 3D modelling takes a bit of practice.
It's definitely the type of tool, given a bit of time, kids would be able to use to model their own designs.
We made a battery dispenser.
Like many other families, I'm sure, we have an overload of batteries. In order to keep them stored properly in one place, we made a 3D printed battery dispenser. We got the design from Thingiverse - Compact Tabletop Battery Holder by jgillick (Published on April 25, 2014), which is available for home use. Unfortunately we didn't put enough glue stick on our base plate before we started printing and the corners lifted on the model. It also took more than 5 hours to print. We're planning to fix our corners with some Sugru, but we are really pleased with our battery dispenser.
We made a cookie cutter.
My 6 year old had a Pokemon birthday party and wanted to bake Pikachu cookies. We decided to 3D print our own cookie cutter. Thingiverse came in handy again with an awesome cutter by broadzilla00 (Published on October 10, 2016).
3D printed objects is not really food-safe, but can be used with saltdough to make decorations or modelling clay. If you do choose to use it, we recommend you wash it with warm soapy water and only use it once. It's now being used with the play dough.
Things we've Learnt
3D printing is lots of fun and there are so many new skills to learn. Below are six things we've learnt from our first week using a 3D printer at home.
Be patient
3D printing takes a while, and as exciting as it is to watch the printer transform your design into an actual object, you're not going to watch it for hours.Use lots of glue on the base plate
Once the printer starts going you won't be able to add more glue, so make sure your object is well stuck down.Print small things first
As you get used to printing, print some small objects first. It will take less time and you'll be rewarded with something to give the kids. My boys loved having their own object printed and display in their room.You can't print with multiple colours
Some of the models in the XYZprinting gallery shows ones with more than one colour. It is not possible to print multiple colours into one model with this printerModify other models first
It may be easier to start by customising finished 3D models than drawing your own from scratch (there are lots to choose from on Thingiverse!)Remove test print
Every time you print something, the printer does a test print on the side of the base plate. Make sure to remove this before you print the next object.
- Try 3D print some things for Christmas this year.
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- curious chip
- cyber monday
- dads
- data
- deals
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- design process
- design thinking
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- duinokit
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- eco
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- education
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- electronic toys
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- event
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- flutterbye fairy
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- games console
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- gaming
- gift guide
- gifts
- girls
- giveaway
- glow in the dark
- grace hopper
- grove
- hackaball
- hacksoton
- halloween
- halloween costumes
- hardware
- headphones
- health
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- hexbug aquabots
- hexbug project
- high school
- history
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- home education
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- hot toys
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- iphone
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- java
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- k'nex robotics
- kano
- keyboard
- kickstarter
- kids
- kindle
- kindle fire
- kit
- kits
- kodu
- kubo
- label printer
- languages
- laptop
- laptops
- last minute
- leap motion
- leapfrog
- leappad
- leappad 2
- leappad ultra
- leappad2
- leapreader
- learning
- learning resources
- learning tablet
- learning tablets
- leds
- lego
- lego boost
- lego chain reactions
- lego mindstorms ev3
- lego power functions
- lego technic
- lego wedo
- let's start coding
- lights
- lightseekers
- little kids
- littlebits
- logiblocs
- logic
- logical thinking
- loom
- machines
- magnetic
- make it
- makeblock
- makedo
- maker
- makey makey
- making
- mardles
- mars
- mars rover
- marty
- math
- maths
- mbot
- mbot ranger
- me arm
- meccano
- meccanoid
- meccanoid 2.0
- merge vr
- mews
- michael faraday
- micro:bit
- microbit
- microcontroller
- microscope
- microsoft
- middle school
- miles kelly
- mindstorms
- minecraft
- minecraft mods
- mixed reality
- mobile
- modular electronics
- monsters university
- morse code
- mothers day
- motion capture
- motors
- mover kit
- movie
- movies
- mu
- mu toys
- munzee
- music
- my first robot
- national dog day
- nature
- new
- new year
- news
- news coding
- nikola tesla
- nintendo
- nintendo switch
- ohbot
- ollie
- on the web
- opinion
- origami
- osmo
- outdoors
- ouya
- ozobot
- papercraft
- paperwhite
- parental controls
- parenting
- parrot
- pc
- people
- pet tech
- pets
- phone
- photography
- photon
- physics
- pi day
- picks
- pimoroni
- pinoccio
- pixel kit
- pixelart
- play
- playstation 4
- plezmo
- pocket code
- pocket money
- pokemon
- pokemon go
- poll
- pre order
- pre-teens
- prehistory
- preschoolers
- primary
- printable
- products
- professor einstein
- programming
- project
- projects
- puzzles
- python
- racing
- raspberry pi
- reading
- reivew
- remote control
- research
- resource
- resources
- retro
- review
- rights
- robot
- robot dog
- robot fish
- robot wars
- ROBOTERRA
- roboticals
- robotics
- robots
- role models
- role play
- romo
- romotive
- root
- rover
- safety
- sam labs
- samuel morse
- sandbox
- schools
- science
- scratch
- scratchjr
- screen time
- screenless
- screens
- sensors
- servos
- simbrix
- skills
- skylanders
- skylanders superchargers
- skylanders swap force
- smart pens
- smartphone
- smartwatch
- snap circuits
- social media
- solar power
- soldering
- sonic pi
- sony koov
- sound
- space
- sparki
- speaker
- speech sythesis
- sphero
- sphero mini
- spider
- star wars
- stars
- STEAM
- stem
- stikbot
- stop motion
- stop motion studio
- storage
- story
- strawbees
- students
- subscription
- subscriptions
- sugru
- summer
- swift
- tablet
- tablets
- tangible coding
- tech
- tech age
- tech craft
- tech is bad
- tech is good
- tech toys
- tech will save us
- technology
- technology will save us
- teens
- teknikio
- tekno
- teksta
- tenka labs
- tesla
- textiles
- thames & kosmos
- the extraordinaires
- tim berners lee
- tinkercad
- tinybop
- toddlers
- toot-toot
- top pick
- touch
- toy
- toys
- travelling
- TTS
- TV
- tween
- tweens
- tynker
- typing
- ux
- vehicles
- videos
- view-master
- views
- virtual reality
- voice assistants
- voice recognition
- vr
- vtech
- web
- websites
- wifi
- wii
- wii u
- windows 8
- wonder workshop
- wowwee
- writing
- writing. education
- xbox one
- xyzprinting