Why the Perception Might Exist:
* Entry-Level Models vs. Professional Models: This is the most crucial point. Canon, like all camera manufacturers, makes cameras at different price points. Entry-level cameras are built to be affordable, and that often means using less expensive materials and simpler construction. They're designed for casual use, not for the rigors of professional daily use in challenging environments. If someone is accustomed to a high-end camera and then switches to a cheaper model, they will likely notice a decrease in build quality.
* Increased Complexity & Plastic Use: Modern cameras, even high-end ones, incorporate a lot of electronics and increasingly use high-grade plastics and composites to reduce weight. While these materials can be very durable, they might *feel* less robust than the all-metal cameras of the past. Also, more complex electronics mean more points of potential failure.
* High Volume of Sales: Canon is one of the top camera manufacturers globally. They sell a *lot* of cameras. A higher volume of sales means a higher *number* of potential failures, even if the failure rate as a percentage of units sold is low. You're simply going to hear more complaints about a brand that sells millions of units compared to a brand that sells significantly fewer.
* User Error & Misuse: Cameras are complex tools. Improper handling, dropping, exposing them to extreme temperatures, moisture, or dust, or using them beyond their intended specifications can all lead to damage and the perception of poor build quality. A camera designed for studio use won't hold up well to being dragged through a jungle.
* Specific Model Issues: Occasionally, specific models might have known design flaws or manufacturing defects that lead to higher-than-average failure rates. These issues tend to get amplified online through forums and reviews. This doesn't mean *all* Canon cameras are bad, just that a particular model had a problem.
* Perception vs. Reality: Sometimes, the *perception* of poor build quality is driven by cosmetic issues rather than functional problems. A scratched plastic body or a slightly loose battery door might make a camera *feel* cheap, even if it still functions perfectly well.
* Comparison to Older Cameras: People often compare modern cameras to older film cameras, which were often built with heavier metals and simpler designs. While those older cameras might feel more solid, they also lacked the advanced features and image quality of modern cameras.
What Canon Does Well (And Where They Might Improve):
* Image Quality: Canon is consistently praised for its excellent image quality, color science, and autofocus performance. This is often the primary reason people choose Canon.
* Lens Ecosystem: Canon has a vast and well-regarded lens ecosystem, with options for every budget and shooting style.
* Ergonomics: Canon cameras are generally known for their comfortable ergonomics and intuitive controls.
* Durability (Professional Models): Canon's professional-grade cameras (like the EOS 1D series or high-end R-series models) are built to withstand very harsh conditions. They are weather-sealed, use robust materials, and are designed for demanding professional workflows.
* Areas for Improvement: Like any company, Canon can always improve. Addressing specific model issues quickly, focusing on long-term durability in all price ranges, and being transparent about potential problems are all areas where they could strive for even better customer satisfaction.
In Conclusion:
It's inaccurate to say that *all* Canon cameras are falling apart. Canon produces a wide range of cameras, and the build quality varies significantly depending on the model and price point. While some users might experience issues, Canon remains a popular and respected brand with a reputation for image quality and a strong lens ecosystem.
If you're concerned about durability, research specific models carefully, read reviews from reputable sources, and consider your intended use case. A professional-grade camera will always be a better choice for demanding environments than an entry-level model.