Lance Hedrick

The vast divide between budget and luxury burrs In the world of specialty coffee, the mechanical heartbeat of the morning ritual is the grinder. Lance Hedrick recently set out to dissect the functional reality behind the price tag, pitting the humble OXO Brew Conical Burr Grinder against the Lagom 01, a $3,000 titan of anodized aluminum. The comparison isn't just about build quality; it is a fundamental interrogation of whether precision engineering translates to a superior palate experience for the average home brewer. While the OXO represents an accessible entry point, its plastic internals and serrated cone burrs struggle to maintain the uniformity that high-end extraction demands. Identifying the mechanical court jester The evaluation began with a technical teardown of the OXO unit. Hedrick identifies it as the "court jester" of the setup, noting its plastic burr carrier and inconsistent feeding mechanism. The primary issue isn't just the materials, but the resulting particle distribution. Upon brewing a V60, the OXO produced what Hedrick described as "boulders"—massive, unground chunks of coffee reaching up to a third of a bean in size. These boulders lead to massive under-extraction in some areas of the bed, while the presence of excessive fines simultaneously introduces a drying, astringent finish that mutes the delicate notes of a high-quality Kenya coffee. Blind tests reveal the limits of precision During a rigorous triangulation—a blind tasting method designed to eliminate bias—the Lagom 01 demonstrated its dominance. Hedrick successfully identified the odd-one-out, praising the high-end grinder for its tea-like clarity, juiciness, and balanced presentation. However, the narrative shifted when comparing the OXO to the Fellow Ode Brew Grinder Gen 2. While the Fellow produced a more homogeneous bed, the taste gap was surprisingly narrow. This highlights a critical law of diminishing returns: once you move past the erratic results of a blade grinder, the jumps in quality become increasingly nuanced and technical. The verdict on bean quality versus hardware The most provocative takeaway from this showdown is Hedrick's stance on resource allocation. He argues that the fastest route to a better cup isn't a $3,000 machine, but a higher-quality bean. A superior, ethically sourced coffee brewed on an entry-level burr grinder will consistently outperform a cheap bag processed through a world-class mill. While expensive hardware allows for the manipulation of specific flavor niches and aromatics, it remains a secondary variable to the raw ingredient. For those seeking the "end game," respect the bean before you obsess over the burr geometry.

The shift toward accessible extraction Creating a truly universal coffee recipe requires moving beyond the rigid parameters often found in specialty coffee circles. Lance Hedrick argues that previous methods, while technically sound, often failed because they relied on matching grind sizes across vastly different equipment. By focusing on total brew time and specific draw-down cues rather than visual grind comparisons, this method accommodates the reality of home brewing: different grinders produce different particle shapes and "fines," which inevitably alter the final cup. Essential tools for the perfect pour To achieve the "One and Done" result, gather the following kit: * **V60 Brewer**: Any material works, though thermal stability is key. * **15g Fresh Coffee**: Preferably a light to medium roast. * **Grinder**: Any burr grinder capable of reaching the 2:00–2:30 brew time. * **Filter Paper**: Standard Hario or specialized fast-flow filters. * **Digital Scale and Timer**: Precision is non-negotiable for consistency. * **Gooseneck Kettle**: Precise temperature control (93°C–96°C for light roasts). Step-by-step brewing instructions 1. **Prepare the Grounds**: Grind 15g of coffee. Target a size that yields a total brew time of 2:00 to 2:30 minutes. 2. **The First Bloom**: Pour 45g of water (3x dose weight) at 5–10ml/s. Wait 30 seconds. 3. **The Second Bloom**: Pour another 45g (reaching 90g total). This second saturation releases trapped CO2, preventing channeling during the main pour. Wait another 30 seconds. 4. **The Final Push**: At 1:00, aggressively pour the remaining water up to 225g at a rate of 9–10ml/s. Use small, central circles to agitate the bed. 5. **The Draw-Down**: Let the water drain naturally. If it drains too quickly, a gentle swirl at the end can slow the flow by 10–15 seconds. Troubleshooting and variables If the coffee tastes bitter or "fibrous," avoid finer grinds and instead lower your water temperature below 90°C. For those who prefer a "tea-like" complexity, increase the ratio to 1:16 or 1:17. Conversely, if you desire more intensity, a 1:13 ratio provides a punchier acidity. The beauty of this technique is its resilience; as long as you hit the 2:30 time window, the coffee remains balanced. The expected result This recipe yields a Total Dissolved Solids (TDS) of approximately 1.3 to 1.33, providing a rich, satisfying body that appeals to most palates. By mastering these foundational pours, you achieve a consistent, high-quality cup regardless of the bean's origin or your specific grinder's quirks.

High stakes and diminishing returns at the coffee summit The Option O Lagom 01 occupies a rarefied space in the coffee world, designated as the official grinder for the 2026 World Brewers Cup. At a price point near $3,000, it represents the "end game" for many enthusiasts, yet it sits firmly in the territory of diminishing returns. To be clear: a $500 grinder will deliver 80% of what this machine offers. For those seeking the final 20%, however, the Lagom 01 provides a massive, chunkier aesthetic that houses a powerful brushless DC motor and some of the largest burrs available on the consumer market. It is a tool designed for the precision-obsessed, where every adjustment to RPM or burr geometry is meant to unlock subtle nuances in high-quality light roasts. Mechanical guts and horizontal mounting choices Peeling back the aluminum shell reveals a build quality defined by exceptionally tight tolerances. The grinder utilizes a horizontal mounting system for its burrs, a design choice that remains a point of contention among coffee purists. While horizontal mounting is often criticized for increasing retention and slowing the exit of grounds, Option O attempts to mitigate these issues with a high-speed purge function and a manual knocker. Internally, the machine features a massive Japanese-made bearing and a new augur feeding mechanism. This augur acts as a gatekeeper, meeting beans at a more consistent rate rather than allowing a full dump into the burrs. Despite the engineering prowess, the horizontal orientation still means grounds linger in the chamber a fraction of a second longer than they would in a vertical setup, a factor that some argue impacts final cup clarity. The numbers behind the RPM dial One of the standout features of the Lagom 01 is its variable RPM control, ranging from roughly 200 to 1,800 RPM. Testing with a tachometer reveals that the numbers on the dial correspond to specific performance brackets: setting three lands at approximately 460 RPM, while the purge setting maxes out near 1,800 RPM. This variability allows users to experiment with grind dynamics, as slower speeds can produce fewer fines and potentially higher clarity, while higher speeds increase throughput. However, the mechanical interface is not without its quirks. The threaded hopper, which also serves as the grind adjustment dial, can be stiff to turn and exhibits slight movement if side pressure is applied, leading to minute shifts in the "chirp" point where the burrs first touch. Battle of the 102mm blind burrs The soul of the Lagom 01 lies in its massive 102mm blind burrs. By eliminating screw holes, these burrs offer a larger, uninterrupted grinding surface, which theoretically leads to more uniform particle sizes and less heat buildup. The SSP HU (High Uniformity) burrs emerge as the most versatile option in this size. While the 98mm version of the HU had its detractors, the 102mm iteration excels as a well-rounded performer, capable of handling everything from modern espresso to delicate filter brews. For those who prioritize clinical clarity and a tea-like body, the SSP Brewers version 2 burrs provide a more pointed experience. These burrs require significant seasoning—upwards of 60 pounds of coffee—to reach their peak, but once settled, they offer exceptional flavor separation. Beyond the stock experience Option O also provides its own Misen burrs, which serve as a capable all-rounder. These burrs deliver a balanced cup with decent body and acidity, but they lack the extreme specificity found in the SSP offerings. The Misen profile is somewhat "blasé" for a $3,000 investment; it provides a flavor that many smaller, cheaper grinders can replicate. In the high-end market, the goal is often to find a unique, niche emphasis that isn't obtainable elsewhere. While the Misen burrs are forgiving and pleasant, they don't necessarily justify the jump to the 102mm platform for a seasoned palate seeking a unique acid bomb or intense clinical separation. Real-world performance and retention In practice, the Lagom 01 is a workflow-driven machine. Grinding a 20g dose at 420 RPM is remarkably quick, and the inclusion of an internal ionizer significantly reduces static, keeping the workspace clean. Retention is impressively low—measuring around 0.1g—provided the user utilizes the purge and knocker functions. The magnetic base plate and portafilter fork add to the premium feel, though the recessed plug location can be cumbersome if the machine needs to be moved frequently. For espresso, the HU burrs produce enough fines to maintain pressure even in ultra-low contact shots, a feat that many high-clarity burrs struggle to achieve. Verdict on the ultimate coffee chase The Option O Lagom 01 is a spectacular piece of engineering that represents the current peak of the horizontal grinder philosophy. It is best paired with the 102mm HU burrs for those who want a single-grinder solution for high-end light roasts. However, the machine is not a magic bullet. No amount of gear can compensate for mediocre coffee; the most significant improvement in any setup remains the quality of the beans themselves. For those already using high-quality 64mm or 98mm grinders, the Lagom 01 offers a marginal, albeit delicious, gain. It is a luxury for the aficionado who wants to squeeze the final drops of potential out of the world’s most expensive coffees, provided they are willing to navigate the quirks of a horizontally mounted system.

Navigating the Spectrum from Ultra-Light to Dark Roasts Coffee extraction isn't a one-size-fits-all metric. As Lance Hedrick demonstrates, the physical properties of a bean change drastically depending on its time in the roaster. A dark roast is brittle and porous, producing a high volume of fines (tiny dust-like particles) that can speed up or clog a brew depending on the filter. Conversely, an ultra-light roast is dense and stubborn, often requiring aggressive tactics to yield its hidden sweetness. Understanding where your bag sits on the Agtron scale—from the deep browns of an 85 to the pale tans of a 140—is the first step in deciding which brewing lever to pull. Tools for Precision Dialing To apply these variables effectively, you need a repeatable baseline. You will need a consistent grinder, a V60 or similar pour-over dripper, a digital scale measuring to 0.1g, and a gooseneck kettle with temperature control. For those looking to mirror Hedrick's results, a TDS meter is helpful for measuring total dissolved solids, though your palate remains the final arbiter of quality. The goal is to move beyond "guessing" and toward making one specific change at a time based on the flavor profile you encounter in the cup. Dialing in the Dense Ultra-Light Roast When working with ultra-light coffees, such as those from 43 Factory Coffee Roaster, the primary challenge is overcoming density. Often, these brews can taste "green" or vegetal if over-extracted. To fix this, Hedrick recommends reducing the number of pours. By moving from a three-pour method to a two-pour method (a bloom followed by one large pour), you decrease agitation and contact time. This subtle shift can drop extraction just enough to kill the vegetal notes while preserving the delicate lavender and prickly pear aromatics. The result is a tea-like clarity that highlights the coffee's floral complexity. Taming the Heat in Medium Roasts Medium roasts often present a balance of acidity and body, but they are prone to a creeping bitterness if the water is too hot. If your cup feels silky but finishes with an acrid bite, the solution is simple: drop the temperature. Reducing the water from 94°C to roughly 88°C (190°F) prevents the extraction of heavier, more bitter compounds. This change allows the juiciness of the coffee to shine through without the roast notes dominating the palate. It is a reminder that you don't always need to change the grind size to fix a flavor imbalance. Reviving the Muddy Dark Roast Dark roasts, like those from Saka Caffe, require a complete strategic inversion. Because the roasting process has already done much of the "work" by breaking down the bean's structure, these coffees extract very easily. However, they lack the soluble variety of lighter roasts. To get a satisfying cup, Hedrick suggests a tighter 1:14 ratio and a significantly finer grind—up to 100 microns finer than your light roast setting. To prevent this from becoming a bitter mess, use much cooler water (around 85°C). This creates a concentrated, sweet, and "muddy" profile that fans of dark roasts crave, without the excessive ashiness found in high-temp extractions. Mastering the Variables for a Better Cup By systematically adjusting temperature, pour count, and ratio, you transform brewing from a chore into a science. The objective isn't to hit a specific extraction percentage, but to find the "optimization of florality and juiciness" that suits your specific taste. Whether you prefer the punch of a concentrated dark roast or the floral lift of a light roast, the ability to diagnose a flaw and apply a specific mechanical fix is what separates a lucky brewer from a master.

The Variable of Agitation While water temperature and grind size dominate the discussion of coffee extraction, the number of pours—the act of staging water delivery into the filter—remains a powerful but misunderstood lever for flavor development. Every time water hits the coffee bed, it introduces agitation, refreshes the concentration gradient, and resets the extraction environment. Lance Hedrick highlights that this variable is uniquely difficult to isolate because changing the pour count inherently alters contact time and bed dynamics. Controlled Testing of Pour Frequency To analyze the impact of pour count, Hedrick conducted a controlled experiment using five distinct brews, ranging from a single pour to five pours, keeping the coffee, grind size, and total water volume identical. The results showed a direct correlation between pour count and extraction efficiency. The single-pour method, involving one large displacement of water, resulted in minimal agitation and rapid drawdown. Conversely, the five-pour method significantly increased contact time and extraction, but it came at a high cost to flavor clarity. The Muddy Bed and Filter Efficiency One critical observation during the multi-pour trials was the physical state of the coffee bed. As the number of pours increased, the bed became increasingly "muddy." This occurs because frequent water pulses disturb the coffee fines, causing them to migrate and eventually clog the pores of the paper filter. Furthermore, smaller, frequent pours utilize less of the filter's surface area. When brewing with a single large pour, the water level rises, allowing the upper walls of the filter to catch fines and keep the drawdown fast. Low-volume pours trap those fines at the base, leading to stalled brews and over-extraction. Tasting the Plateau of Extraction During the blind tasting, a clear pattern emerged: more is not always better. While the multi-pour brews (four and five pours) achieved higher Total Dissolved Solids (TDS) and extraction yields, they were marred by intense astringency—a physical drying sensation on the tongue often confused with bitterness. Hedrick noted that while the three-pour method offered a sweet, balanced profile, the four-pour method hit an extraction plateau where the TDS barely moved, yet the flavor profile shifted dramatically toward an acrid, unpleasant finish. Chemistry of the Drying Sensation Hedrick references emerging research from Ohio State University to explain these sensations. Astringency is not merely a taste but a tactile reaction involving mechanoreceptors on the tongue. In the context of multiple pours, the excessive agitation likely pulls out heavier compounds or particles that bypass the filter or result from localized over-extraction. The experiment suggests that even at identical extraction percentages, the method used to reach that number—whether through high temperature or high agitation—fundamentally changes the chemical makeup of the cup. Practical Calibration for the Home Brewer For those seeking to optimize their morning routine, the takeaway is one of simplicity. Hedrick advocates for a foundational "bloom plus one" recipe. If the resulting cup lacks complexity, rather than immediately adding more pours, one should first experiment with a finer grind size to increase extraction without risking the clogging and astringency associated with excessive agitation. By mastering the one-pour or three-pour methods, brewers can achieve the punchy acidity and tea-like clarity that define high-end specialty coffee, avoiding the muddy, dry finish of more complex, staged recipes.

The Science of Variable Isolation Brewing the perfect cup often feels like a guessing game between grind size, water temperature, and coffee-to-water ratio. Lance Hedrick suggests that the only way to truly understand your palate is to isolate these variables through systematic experimentation. By keeping the grind size, temperature, and dose constant while only adjusting the water volume, you can see how ratio affects the quality of extraction. This process reveals that the "golden ratio" of 1:16 is not a law, but a starting point that may not yield the most flavorful results for every bean. Tools for the Precision Brewer To replicate this experiment at home, you need a V60 or similar pour-over dripper, a reliable scale, and five identical vessels. While not strictly necessary, a refractometer helps quantify results by measuring **Total Dissolved Solids (TDS)**. You also need a calculator for the **C1V1 = C2V2** dilution equation, which allows you to equalize concentrations across different brews to compare the flavor quality of the extraction yield specifically. The Extraction Ratio Experiment Prepare five separate brews using a consistent 15g coffee dose. Vary the water volumes to create ratios of 1:12, 1:14, 1:16, 1:18, and 1:20. This translates to water inputs of 180ml, 210ml, 240ml, 270ml, and 300ml. Note how the higher ratios increase the solvent contact, refreshing the concentration gradient and pulling more from the grounds. Once brewed, use the dilution formula to bring all cups to a uniform TDS—roughly 1.3. This step is vital because it removes the distraction of "strength" (intensity) so you can taste the actual "extraction" (the specific flavor compounds removed). Tips for Balancing the Cup If a 1:12 ratio feels too syrupy but has the best flavor notes, do not fear the bypass. Adding a small amount of water to a concentrated brew often preserves delicate floral and fruity characteristics that get lost or obscured by bitter components in longer extractions. Conversely, if you enjoy tea-like complexity, you might find the 1:20 ratio more rewarding. The goal is to find your personal "sweet spot" where acidity is juicy rather than punchy and the finish remains clean rather than astringent.

The Precision of Particle Size in Extraction In the pursuit of the perfect cup, enthusiasts often obsess over water temperature or pour technique. However, Lance Hedrick demonstrates that the physical geometry of the coffee bed—dictated by grind size—remains one of the most volatile and influential levers available to the home brewer. By isolating grind size as the sole variable across five separate brews, Hedrick reveals how minute adjustments of just 50 microns can fundamentally shift the chemical profile of a final beverage. Quantifying the Micron Shift Using the Zerno Z1 grinder, the experiment spanned a range from 750 down to 550 microns. The data suggests a non-linear relationship between grind size and extraction. While the total dissolved solids (TDS) climbed steadily from 1.37% at 750 microns to 1.53% at 550 microns, the sensory experience didn't improve with higher concentrations. Instead, Hedrick noted a significant "jump" in perceived bitterness once extraction yields crossed the 21% threshold. The finer grinds resulted in longer contact times, which objectively mutes volatile aromas as they evaporate before the coffee reaches the cup. The Sensory Trade-off During a blind tasting, the 750-micron brew emerged as the clear favorite, praised for its juiciness and vibrancy. This aligns with scientific theories regarding organic compounds; early-stage extraction favors positive aromatics like rose and cotton candy. As the grind tightens, these delicate notes are not lost but rather overwhelmed by negative compounds that introduce leathery and rubbery flavors. Interestingly, Hedrick notes that while temperature shifts create more immediate bitterness, grind size changes tend to impact the clarity and "vibrancy" of the coffee more significantly through contact time. Practical Implications for Home Brewers Hedrick advocates for a "go coarser" philosophy, suggesting that many home brewers inadvertently push extraction into a muted, bitter territory. By increasing particle size, one can often reclaim the nuanced acidity and floral notes that high-temperature, fine-grind recipes tend to obscure. The takeaway is clear: precision in grinding isn't just about consistency; it's about staying within the extraction window where positive flavor compounds dominate.