When I reflect on my role as the Mechanics Team Lead at Stout, I see a journey deeply rooted in a passion for creating what didn’t exist and pushing the boundaries of agricultural technology. My background in agriculture and AgTech has been instrumental in shaping this path. From my early days, I’ve been driven by a desire to bring new solutions to life, a pursuit that has found a perfect home at Tanimura & Antle and subsequently, Stout.

My journey with Stout began with the commercial development of the PlantTape automated transplanter at Tanimura & Antle. This innovation was the catalyst for the creation of the Tanimura & Antle R&D department. The process of transforming ideas into reality has always been thrilling, and Tanimura & Antle’s extreme motivation to push the industry forward has been a significant driving force behind our successes. Our R&D department, which started as a small team in the bullpen of the hardware shop, has now evolved into the cornerstone of Stout’s innovative spirit.

In my role, I emphasize flexibility and simplicity in our designs. Traditional engineering approaches sometimes lack the fundamentals of moving dirt needed for agricultural innovation. I’ve learned from experience that sometimes, the simplest solutions are the most effective. For example, we’ve refined our precision implements, like the Smart Cultivator, to allow growers to make adjustments easily and precisely. The user-friendly interface on our Smart Cultivator has significantly improved efficiency and productivity for growers world-wide.

Precision in agricultural machinery is crucial for minimizing waste and maximizing yield. By ensuring that our machines operate with high accuracy, we can help growers reduce wastage and increase the consistency of their produce. The information our machines provide, along with their precise operations, leads to better outcomes in the field, whether it’s in terms of crop yield or operational efficiency.

Our team has developed key innovations in precision implements that benefit growers by making their tasks easier and more efficient. One of the most significant advancements has been the development of a user interface that simplifies adjustments and enhances the precision of operations. This allows growers to be more confident and effective in their fieldwork.

However, developing machinery for diverse agricultural environments comes with its unique challenges. The older generation of farmers being mostly happy with doing what has worked in the past. The increasing openness to technology among younger generations of farmers is encouraging, and it fuels our drive to innovate continuously.

Feedback from growers is invaluable in our design and development process. We prioritize their input to ensure our machinery meets their needs and enhances their productivity. For instance, while working on the Smart Cultivator, we developed an implement to lift drip tape based on requests from specific growing practice, although it required further refinement to suit different regional practices.

At Stout, we strive to make our machinery both user-friendly and technically advanced. Our approach stems from being a farming company first, reaching out to Silicon Valley for technological expertise rather than the other way around. This collaboration ensures that our solutions are practical and beneficial for growers.

The future of agricultural machinery lies within greater efficiency, reduced traffic, and optimal use of growing areas. Stout is positioning itself at the forefront of this movement by creating machines that maximize efficiency with minimal input. Our focus on precision and resource management is key to leading the industry in these future trends.

Looking back, one of the most surprising and rewarding experiences was patenting a simple yet effective landing gear design. It’s moments like these that remind me of the value of intuitive thinking and practical solutions. Every small improvement we’ve made to our machines brings immense satisfaction as we see more growers benefiting from our innovations.

For those entering the AgTech field, especially engineers, my advice is to remain open-minded and adaptable. Agriculture presents unique challenges that require innovative thinking and practical solutions. Understanding that the field environment is unpredictable and uncontrollable is crucial for developing effective technologies.

Every step we’ve taken at Stout to improve our machinery has been a collective achievement. Seeing our innovations make a positive impact on growers’ lives is the most rewarding part of my job. As we continue to push the boundaries of agricultural technology, I am excited about the future and the endless possibilities it holds for Stout and the farming community.

About Austin

Austin Larick, the Mechanics Team Lead at Stout, has a rich background in agriculture and AgTech. Influenced by his grandfathers, both skilled welders, and encouraged by his father’s inventive challenges, Austin developed a passion for problem-solving from a young age. After honing his skills at Wyoming Technical Institute (WyoTech), he started his career at Ramsey Highlander, progressing from welding to electrical work, hydraulics, and machining. He then managed the shop at Green Valley Farm Supply for five years. Austin then spent nine years at Tanimura & Antle (T&A) in research and development, solidifying his reputation as an innovator, where he worked on the PlantTape transplanter. His diverse expertise and leadership have positioned him as a key figure at Stout, dedicated to pushing boundaries in agricultural technology.

About Stout

Stout is at the forefront of agricultural innovation, specializing in precision implements and AI-driven solutions that enhance efficiency and productivity for growers. Committed to pushing the boundaries of agricultural technology, Stout continues to lead the way in developing advanced machinery for the farming community.