If you’ve ever wondered how to perfect the moka pot’s chaotic brew, meet the MokaBot: a sleek, touchscreen-controlled upgrade that turns guesswork into science. Born from a pandemic-era obsession with coffee technique, this smart moka pot reimagines a 90-year-old icon with PID-controlled heating, real-time pressure estimation, and user-defined heat profiles. For Javier Tellols, the creator, it’s not just about precision—it’s about reclaiming the moka’s potential for consistency without sacrificing its soul.
The MokaBot’s genius lies in its ability to decode the moka pot’s hidden variables. Traditional stovetop brewing relies on intuition, but this device translates chaos into control. By integrating a PID loop—a system borrowed from industrial engineering—the MokaBot stabilizes temperature with surgical accuracy. Unlike basic thermostats that flicker on and off, PID adjusts heat in real time, smoothing out the moka’s notorious temperature swings. “It’s like dimming a light instead of flicking a switch,” Tellols explains. This prevents bitterness, over-extraction, and the burnt notes that often plague home brews.
Beyond temperature, the MokaBot tackles the moka’s most elusive variable: pressure. While espresso machines use pumps, moka pots depend on vapor pressure from boiling water. This process has long been a black box—until now. The MokaBot estimates internal pressure by analyzing boiling-point calibration and applying the Clausius–Clapeyron equation. “It’s not exact pressure,” Tellols admits, “but it’s accurate enough to give you control.” Safety features like thermal cutoffs and firmware safeguards ensure the system stays within low-pressure bounds, preserving the moka’s gentle brewing rhythm.
What sets the MokaBot apart isn’t just tech—it’s its refusal to chase espresso’s glory. It’s about clarity, structure, and the freedom to tweak heat curves. Users can store brew profiles, replicating successful sessions with ease—a first for stovetop moka. Tellols admits the moka has a “romantic, homey image,” but he’s focused on fixing its reputation for inconsistency. “I wanted to fix that without killing what people love,” he says.
Key points: The MokaBot uses PID control for precise temperature management, estimates pressure via boiling-point analysis, and allows users to save custom brew profiles for repeatable results.
Key points: The MokaBot uses PID control for precise temperature management, estimates pressure via boiling-point analysis, and allows users to save custom brew profiles for repeatable results.
What does the future of smart brewing look like—and how might the MokaBot change the way you brew at home?
Questions & Answers
Does the MokaBot replace traditional moka pots?
No, the MokaBot enhances traditional moka pots with smart features, not replacing them.
How does the MokaBot work?
The MokaBot uses sensors and app control to automate brewing, adjusting pressure and temperature for consistent espresso.
Information sourced from industry reports and news outlets.
