$1,000 and 2 Hours: How One Stripper Well Operator Doubled Production in Days
Author: Amplified Industries•Published: July 15, 2026
Stripper well automation has long been out of reach for small independent operators. The economics never worked. No operator can justify investing $20,000 to install a Lufkin controller and a SCADA system on a well making half a barrel a day.
So operators made do. In-person visits. Contract pumpers. Wells sitting shut in when nobody was around.
Reed Goodman, an independent operator running a small portfolio of stripper wells in South Texas, knew that reality well. He wasn't looking for a silver bullet. He was looking for something practical that actually fit the economics of a stripper operation.
After installing an Amplified Industries wireless pump-off controller on one of his wells, Reed doubled his production, going from 0.53 barrels a day to 0.96 barrels a day. All for $1,000 in hardware and $100 a month.
Here's how it happened.
The Problem: A Well That Could Only Run When Someone Was There
Before Amplified, Reed's well had a straightforward but costly limitation: it needed a person on site to turn it on and monitor pump off.
Left unattended, it would run dry and risk damaging the pump, rods and tubing. But having someone available to babysit the pump every cycle wasn't realistic for a lean stripper operation. Reed's lease operator managed multiple wells across the area, turning this one on while working nearby and off before leaving. If no one came by for a day or two, the well sat shut in, building up bottom hole pressure, choking reservoir inflow and hurting production.
Traditional automation wasn't the answer, not because it didn't exist, but because the economics didn't work at this scale. Production was being left on the table every single day, limited entirely by manpower and affordability, not by what the reservoir could deliver.
The Solution: A $1,000 System That Fits on a T&E Card
When the Amplified Industries team sent Reed a system to try, he was curious but cautious. He filmed himself opening the box for his LinkedIn followers, pulling out the load cell, well gateway, tubing pressure sensor, and power supply.
I don't know what I'm looking at, but this looks cool. It looks pretty simple, even a guy like me could probably do it.
The Amplified pump-off controller with Smart Mode AI optimization runs $1,000 in hardware upfront and $100 per month. No specialized installation crew. No complex infrastructure. Just the hardware, a few hours, and a willingness to try something new.
That turned out to be exactly right.
The Install: Up and Running in an Afternoon
Reed installed the system himself. Total time: about 2 hours, including an hour and a half tracking down an existing bad contact in the panel. Once that was resolved, the system came right online. Reed turned on the controller's Smart Mode and the well was off to the races.
All the Amplified stuff just cut right on, talked to each other, doing well.
By the end of the afternoon, Reed was controlling his pump jack from his phone.
I can turn this dude on and off from my living room, from the Crew Club in Houston, from the Petroleum Club in Midland. I can see what's going on with this pump jack now.
For a well that previously required a physical presence to operate, that was a fundamental shift.
The Results: 60 Days of Stripper Well Automation
Two months in, the well that had been averaging 0.53 to 0.54 barrels a day, when someone happened to be around to run it, was now producing 0.96 barrels a day. Consistently. Automatically.
Reed stopped by the well on his way to Corpus Christi for spring break. He didn't need to since the data was already telling him everything he needed to know. But he still wanted to shoot a fluid level and see for himself.
Trust but verify.
What he found confirmed it: healthy pump fillage and low casing liquid level.
Smart Mode had optimized the pump cycle to run 10–12 minutes every 4 hours until pump-off, cycling six times a day without anyone touching it. The well was no longer limited by who was available. It was running on its own schedule, around the clock.
The results beyond production numbers:
- Fewer field visits: From daily or every-other-day checks to weekly
- Longer equipment life: Optimized run time reduces holes in tubing and parted rods
- Complete remote visibility: Tank levels, pump status, and well performance from anywhere
- ROI in days: Between added production and reduced manpower costs, the system paid for itself in days
For the record, Reed is not paid by Amplified Industries. As he put it:
They don't pay me, but they did give me a free hat.
What This Means for Stripper Well Operators
Reed's situation is not unusual. Stripper well operators across the country leave production on the table every day, not because of what's in the ground, but because traditional automation was never built for their economics.
At $1,000 in hardware and $100 a month, wireless pump-off controller automation with Amplified's Smart Mode AI is now accessible to independent operators running stripper wells on lean margins. The break-even isn't months away. The break-even isn't years away. For Reed it was 30 days.
If you are interested in the impact of this technology at scale, read our case study with Siena Natural Resources retrofitting hundreds of low-flow rod pump wells.
Ready to See What Your Wells Are Leaving on the Table?
Amplified Industries works with operators all across the lower 48. Our team will walk you through exactly what the system looks like for your operation. No pressure, no oversell.
📩 Reach out: sales@amplified.industries
🌐 Learn more: amplified.industries/solutions/wells