He started sketching out something different. A modular setup built from sections that could bolt together in different configurations depending on the job. Instead of one fixed permanent shape, a farmer sorting calves needed a different layout than a farmer loading a full trailer. The different lengths could actually become useful that way. Three sizes to mix and match depending on the job. But only once Malik stopped treating the mismatched hardware as something to work around and instead built one standardized connection system every panel would use, regardless of its original length or latch type. The panels didn’t need to match each other. The way they connected did.
He picked through the 200 panels again, this time sorting by structural soundness rather than length. Anything cracked, badly kinked in a load-bearing member or with a compromised weld went straight to reject. A handful with good hardware but ruined tubing got set aside as donors worth keeping for parts even though the panel itself was done. That left around 120 candidates, sections worth further repair and testing, rather than sections he could already call safe, even if they still came in three different lengths and two different latch styles. Designing the connection points took longer than he expected. He needed pins that could go in fast on site without special tools, gates that could be placed anywhere along a run instead of only in one fixed spot, corner bracing strong enough to hold against a herd pushing into it, and a system that didn’t depend on flat prepared ground the way a permanent corral could since these pens would be going up wherever a farmer needed them that particular day.
Otis walked him through what he knew about how cattle actually behaved inside a working pen, which was more than Malik expected from a man who mostly fixed tractors and balers. “Animals don’t push evenly on a fence,” Otis said. “They bunch whatever’s got their attention. A gate, a chute, another animal. That’s where the pressure goes. Corners and gates take more load than a straight run ever will. You can make every panel look strong and still find out the hard way where the layout concentrates all that pressure.” Malik built his first working prototype that summer. A modular pen assembled from about 20 of the sorted panels connected with quick pins at the joints and braced at the corners the way Otis had described. It looked solid standing empty in the yard behind Bell’s shop. Empty didn’t prove anything, and Malik knew it.