The Telephone Was Called an “Electrical Toy”: Why Kids Should Build Anyway
Today, you probably can’t put your phone down. In 1876, the biggest communications company in America wouldn’t pick it up.
That year, Alexander Graham Bell’s backers reportedly offered his telephone patents to Western Union for $100,000, which is roughly $3 million in today’s money. According to the popular telling, the company’s president dismissed the invention as nothing more than an “electrical toy.” An internal memo is also often quoted as saying the telephone had too many shortcomings to be a serious means of communication.
Western Union said no.
What happened after Western Union passed
At the time, Western Union dominated the telegraph business. The telephone looked like a curiosity next to it. But the people who kept building and improving it proved the doubters wrong. Within a few years the technology was spreading fast, and by many accounts the patents Western Union rejected were soon worth tens of millions of dollars, hundreds of millions in today’s terms.
Western Union did eventually move into telephones itself, but by then the early advantage had slipped away. Today, the telephone’s descendant sits in nearly every pocket on earth. Every breakthrough starts as someone’s “that’ll never work”
The telephone isn’t an exception. Many of the technologies we now take for granted, from personal computers to robots that work alongside people, began as ideas that experts waved off. What separated the ideas that changed the world from the ones that didn’t was people who kept building.
That’s a powerful lesson for kids, and it’s one of the most valuable things a hands-on STEM education can teach.
Why building matters more than being right
When kids learn robotics and coding, they discover three things no textbook can fully teach:
Failure is information. A robot that doesn’t move the way it should isn’t a failure. It’s a puzzle with clues.
Persistence beats first impressions. The first version of anything is rough. The second is better. The tenth might be remarkable.
Ideas get real when you build them. Sketching an idea is one thing. Watching it move, sense, and respond is something else entirely.
These are the habits behind every great engineer, inventor, and problem-solver, and kids can start building them early.
How RoboLab helps kids build the thing anyway
At RoboLab, we teach kids to build, test, break, fix, and build again. Our robotics and coding classes for kids turn curiosity into hands-on projects, so students learn to treat “that’ll never work” as the start of an experiment rather than the end of a conversation.
Whether your child is already obsessed with how machines work or has never touched a line of code, they can start where they are and grow from there.
Ready to start building?
A giant once passed on the telephone. Your child could be the next person to build something the world didn’t see coming
