Spun sugar is the edible equivalent of a fireworks finale: it’s light, dramatic, and gone way too fast. Those glassy threads you see on restaurant dessertsnests, halos, “angel hair,” even delicate sugar cagesare just cooked sugar stretched into strands as it cools in midair. No machine required. Just heat, timing, and a wrist flick that says, “I totally meant to do that.”

Below you’ll get a reliable spun sugar recipe, three practical ways to spin sugar, and troubleshooting for the classic sugar tantrums (humidity, crystallization, and that moment when you realize molten syrup is basically kitchen lava).

What Is Spun Sugar?

Spun sugar is cooked sugar syrup pulled into very thin threads and gathered into shapes while it’s still slightly warm. It’s thicker than cotton candy (which needs a spinner), but lighter and more delicate than poured caramel decorations. The key is cooking the syrup to a high enough temperature that most water evaporates, so the threads harden quickly and stay crisp.

Ingredients

• 2 1/2 cups granulated sugar
• 1/2 cup light corn syrup (or glucose syrup)
• 1/2 cup water
• Optional: gel food coloring; a tiny splash of vinegar or pinch of cream of tartar (extra anti-crystal insurance)

Tools You’ll Actually Use

• Heavy-bottom saucepan (steady heat, fewer hot spots)
• Candy thermometer (highly recommended)
• Pastry brush + water (or a lid for the steam “wash-down” trick)
• Large bowl of ice water (to stop cooking)
• Whisk or two forks
• Two “landing bars”: rolling pins, dowels, or wooden spoon handles secured over the counter edge
• Nonstick spray + parchment/newspaper for a mess-friendly setup

Spun Sugar Recipe

1) Prep your spinning station

Cover the counter and floor with parchment, butcher paper, or newspaper. Lay two rolling pins (or wooden spoon handles) parallel to each other so they extend over the counter edge. Lightly spray with nonstick spray. Keep your ice-water bath nearby and clear a “no one walks here” zonestepping on sugar threads in socks is a life choice you only make once.

2) Dissolve the sugar

Combine sugar, corn syrup, and water in a clean saucepan. Stir over medium heat until the sugar dissolves and the syrup turns clear. Once it begins to simmer, stop stirring. (At this point, stirring can splash syrup onto the pan sides, where it can crystallize and start a chain reaction.)

3) Boil to the right temperature

Bring to a steady boil and cook until the thermometer reads 300–310°F. If you want slightly more flexible strands for shaping, stop closer to 293–300°F. If crystals form on the sides, brush them down with water or cover the pan for 2–3 minutes so steam dissolves them.

4) Stop the cooking

Remove from heat and carefully dip the bottom of the pan into the ice-water bath for a few secondsjust enough to halt the temperature climb.

5) Wait for “spinnable” syrup

Let the syrup sit 1–3 minutes. You want fine drips, not a watery pour. Test by dipping a whisk tip and lifting: it should fall in thin threads. Too thin? Wait. Too thick? Warm briefly on low.

6) Spin the sugar

Dip only the tips of a whisk (or two forks) into the syrup. Hold over your landing bars and flick your wrist back and forth in fast, sweeping passes. The strands should drape across the handles like a shiny spiderweb (the friendly kind).

7) Shape and use immediately

Gather strands gently and form nests, halos, or wisps. Place on desserts right before serving for maximum crunch and shine.

Temperature Targets and Texture (Pick Your Vibe)

Think of temperature as your “thread personality” dial. A few degrees changes everything:

• 293–300°F: threads can be slightly more flexible for shaping (great for soft, airy nests).
• 300–310°F (hard-crack): classic spun sugarcrisp, shiny, sets fast, holds shape better.
• Above 310°F: darker caramel flavor and faster setting; can become brittle before you finish shaping.

If your kitchen is humid, aim toward the higher end of hard-crack so the strands set quickly. If your kitchen is dry and you want more working time, stop a touch lower and spin sooner.

No Thermometer? Use the Cold-Water Test

A thermometer is easiest, but you can still make spun sugar without one. Drop a small spoonful of syrup into a bowl of very cold water:

• If it forms soft threads that bend, it’s not ready.
• If it forms hard, brittle threads that snap cleanly when you bend them, you’re at hard-crack.

Important: let the test sugar cool in the water for a moment before touching it. The goal is “science experiment,” not “fingerprint removal.”

Spinning Recipe: Three Ways to Make Threads on Purpose

Method A: Whisk flick (fastest, most forgiving)

Dip the whisk tips, then flick side-to-side over the bars. Great for spun sugar nests and fluffy “hay.”

Method B: Two-fork stretch (slower, more delicate)

Dip two forks, hold them together, and pull them slightly apart as you flick. The syrup stretches between tines, giving finer strands and more control.

Method C: Spoon drizzle for a sugar cage

Lightly oil the outside of a metal ladle or small bowl. Drizzle syrup in crisscross lines over the dome. Let set, then lift off to make a dramatic sugar cage for berries, mousse, or ice cream.

Pro Tips for Cleaner, Finer Threads

Once you can make spun sugar, the next upgrade is consistency. These small adjustments help the threads come out finer and more uniform:

• Work in a warm-but-not-hot zone: if the syrup cools too much, it makes thick ropes. If it’s too hot, it “rains” sugar. Adjust by waiting 30 seconds or reheating briefly on low.
• Spin in layers: do a few quick passes, then pause and gather. Building one giant web often turns into one giant clump.
• Mind the dip: you want just the whisk tips coated. A deep dip loads too much syrup and guarantees chunky strands.
• Keep the pan stable: off-center heat can darken one side of the syrup faster, changing flavor and set time mid-spin.
• Have a “reset plan”: if the syrup crystallizes or burns, don’t try to rescue it with heroics. Start over. Sugar is cheap; your time and fingertips are not.

Troubleshooting (Because Sugar Has a Hobby: Chaos)

Sticky threads or collapsing sugar

Humidity is usually the culprit, followed by slightly undercooked syrup. Work on a dry day if possible, cook within hard-crack range, and store finished pieces airtight with desiccant packets.

Crystallization (grainy syrup)

Start with a very clean pan, dissolve fully before boiling, avoid stirring once it boils, and wash down crystals on the sides with steam or a wet brush. Corn syrup helps, too.

Ropey strands instead of fine hair

The syrup is probably too cool/thickor you dipped too deep. Warm gently and use only the very tips of your whisk or forks.

Bitter flavor

You cooked past hard-crack into deeper caramelization. That can be tasty (coffee, chocolate, apples), but it’s less “sparkly crown” and more “toasty campfire.”

Storage and Make-Ahead Tips

Spun sugar is best the day you make it. Don’t refrigerate it (fridges are humid). For short-term holding, store at room temperature in an airtight container with desiccant. Keep it away from steam sources like dishwashers and kettlesyour garnish should not be taking a sauna.

Color, Flavor, and the Humidity Backup Plan

Color: gel or powdered coloring works best; add off heat and swirl gently. Flavor: use tiny amounts of oil-based candy flavoring off heat (water-based extracts can splatter). If humidity is relentless, consider isomalt, a sugar substitute used in sugar art that many pastry suppliers describe as more resistant to humidity and crystallization than sucrose. It’s especially handy for showpieces that need to last longer than a dinner party.

Where Spun Sugar Shines (Dessert Ideas That Actually Work)

• Cupcakes: a small nest on buttercream adds crunch and height without overwhelming the bite.
• Cheesecake and tarts: a halo ring or wisps turn a flat dessert into a centerpiece in seconds.
• Croquembouche: wrap threads around a tower of cream puffs for classic pastry drama.
• Candy apples: flick threads over the dipped apple for a delicate web effect.
• Plated desserts: a sugar cage over berries or mousse creates a “reveal” moment at the table.

Pairing tip: spun sugar is sweet and crisp, so it’s happiest with creamy or tangy desserts (whipped cream, pastry cream, citrus curd, cheesecake). On already-sweet desserts, keep the garnish small so it reads as texture, not sugar-on-sugar-on-sugar.

Safety (Quick, Real, Non-Dramatic)

Molten sugar can cause serious burns. Keep kids and pets out of the kitchen, wear long sleeves and closed-toe shoes, and let any test drops cool in water before touching. For cleanup, soak tools in hot water until the sugar dissolvesno chisels, no rage.

Conclusion

Spun sugar is a simple recipe with a not-so-simple attitude. Hit the temperature, keep crystals out, and treat humidity like an ex you don’t text back. Do that and you’ll have crisp, glittery threads that make desserts look like they got dressed up for an awards show.

Experiences and Lessons from Spun Sugar (About )

If spun sugar had a dating profile, it would say: “High-maintenance, worth it, hates moisture.” And honestly? That’s fair. Most people’s early attempts fail for reasons that are incredibly commonand therefore fixable.

The humidity surprise. The first time someone makes spun sugar on a muggy day, they discover physics in real time. Threads look perfect, you blink, and suddenly everything feels tacky. This isn’t “you doing it wrong”; it’s sugar absorbing moisture from the air. Bakers who get consistent results treat spun sugar like a last-minute accessory: make it close to serving time, store it airtight, and keep it away from steam. When conditions are bad, a dehumidifier (or even moving to the driest room) makes a bigger difference than any fancy whisk.

The thermometer trust issues. Many cooks start with the “cold water test” (drop syrup into cold water; hard-crack should form brittle threads). It works, but it’s easy to misread when you’re new. A candy thermometer doesn’t just improve accuracyit improves calm. The calm matters because the last stretch of cooking goes fast. Sugar can creep along for minutes, then sprint through the final degrees like it just heard the ice cream truck.

The ‘why is my syrup gritty?’ mystery. Crystallization often feels random, but the pattern is predictable: side-of-pan crystals plus stirring equals grainy syrup. People who avoid this become weirdly disciplined about two habits: washing down the sides (or covering the pan early so steam does it for you) and leaving the syrup alone once it boils. If you’re tempted to stir, consider this your official permission slip to do something elselike rotate the pan gently instead.

The wrist-flick learning curve. Spinning sugar isn’t hard; it’s unfamiliar. Beginners often dip too deep, which makes thick strands that land like ropes. Once you switch to “tips only” and do faster, higher passes, the strands get thinner immediately. Another real-world win: set up your “landing bars” so they extend over the counter edge. The extra space lets threads fall and stretch instead of piling into a sticky clump on the countertop.

The serving-time reality. The best spun sugar in the world can be ruined by bad timing. Put it on a warm, creamy dessert too early and it can soften. Put it in the fridge and it will sulk. The workflow that works in real kitchens is simple: finish the dessert, plate it, then add the spun sugar right before it hits the table. That’s how you keep the crunch and sparkleplus the “how did you do that?” moment.

Finally, the most useful lesson: spun sugar doesn’t have to look perfect to look intentional. A slightly wild nest still reads as “art.” A leaning halo still adds height. Even messy threads become a beautiful pile of sugar “hay” over fruit or ice cream. Treat the first batch as practice and the second batch as the one you serveand you’ll feel like a pastry wizard without having to buy a wand.

A kitchen thermometer is basically a tiny truth machine. It doesn’t care if your chicken “looks done,” your steak “feels right,”
or your candy syrup is “definitely at soft-ball… probably.” It just reports the factssometimes rudelyand then quietly saves dinner.
If you’ve ever served a roast that was gorgeous on the outside and still auditioning for a vampire movie on the inside, you already know:
guessing is fun until it isn’t.

This guide breaks down the most useful types of kitchen thermometers, what each one is best at, and how to use them correctly so they don’t lie to you.
(Thermometers don’t technically lie, but we humans are amazing at holding them wrong and then blaming “a faulty device.”)

Why kitchen thermometers matter (even if you’ve been cooking forever)

Thermometers do two big jobs: food safety and food quality. Safety is obviousundercooked poultry and ground meats can be risky.
Quality is the sneaky benefit: the difference between juicy and dry can be just a few degrees. A thermometer helps you pull food at the right moment,
not 10 minutes later when it’s already moved on emotionally.

They also make cooking more repeatable. If you can measure it, you can improve it. That applies to turkey, bread, custard, frying oil, and even your fridge.
(Yes, your fridge has a temperature vibe. Sometimes it’s “Arctic,” sometimes it’s “tropical salad bar.”)

Quick glossary: internal vs. surface vs. ambient

• Internal temperature: the temperature inside the food (meat, bread, casseroles, custards).
• Surface temperature: the outside of food or cookware (great for griddles and pans; useless for “is this chicken done?”).
• Ambient temperature: the air temperature in an oven, smoker, fridge, or freezer.

Different types of kitchen thermometers (and what each does best)

1) Instant-read digital thermometer

If you buy just one thermometer, make it an instant-read digital. It’s the everyday workhorse: quick spot-checks for meats, fish,
baked goods, and even frying oil. You insert the probe, wait a couple seconds (depending on the model), and get a reliable number.

Best uses: checking doneness (steaks, chops, chicken, burgers), verifying reheated leftovers, testing bread and cakes, monitoring
custards before they curdle, and confirming oil temp when frying.

Pro example: You’re roasting chicken pieces. The skin looks perfect, but the thickest part of the thigh is what matters. An instant-read
lets you find the coolest spot and cook precisely until it’s safely donewithout turning the breast into sawdust.

Tip: Instant-read does not mean “leave it in the oven for an hour.” This type is built for quick checks, not long-term heat exposure.

2) Dial instant-read (bimetal coil) thermometer

This is the classic dial thermometer: no batteries, big analog face, and a probe/stem. It’s sturdy and inexpensive, but typically slower than digital models.
It can still be very effective, especially if you learn proper insertion depth (because the sensing area is longer than you think).

Best uses: checking thick roasts, soups, casseroles, and large cuts when you don’t need lightning-fast reads.

Watch-outs: Many dial instant-reads need deeper insertion to be accurate. They’re not ideal for thin foods like patties unless you insert
from the side to reach the center.

3) Oven-safe “leave-in” dial thermometer (often bimetal coil)

Unlike instant-read models, oven-safe thermometers are designed to stay in the food while it cooks. Many are analog with a dial that sits
outside the roast. These are simple and usefulespecially if you don’t want to open the oven repeatedly.

Best uses: roasts, whole poultry, baked hamanything thick that cooks for a while and benefits from continuous monitoring.

Reality check: Some ovens run hot or cold. A leave-in thermometer helps you manage the food itself, even if your oven’s thermostat is
feeling dramatic.

4) Leave-in probe thermometer with a wire (often with an alarm)

This is the “set it and relax” option. A metal probe goes into the food; a heat-safe wire leads to a display unit outside the oven or smoker.
Many models include alarms so you can stop hovering like a nervous hummingbird.

Best uses: smoking brisket, roasting turkey, baking bread, or cooking anything where you want continuous internal temp readings
without opening the lid/door.

Pro example: Smoking pork shoulder is basically a relationship: it takes time, patience, and occasionally you wonder why you started.
A leave-in probe (plus an ambient probe for the smoker) helps you stay sane and consistent.

5) Wireless probe thermometers (Bluetooth or Wi-Fi “smart” probes)

Wireless probes do the same job as wired probe thermometers but send readings to a base station or app. They’re handy when you’re cooking outdoors,
hosting guests, or simply refusing to babysit a roast like it’s a newborn.

Best uses: holiday turkey, long roasts, grilling, smokingespecially when you want alerts for target temperature or estimated finish time.

Watch-outs: Wireless range varies, and thick walls or metal grills can reduce signal. Also: keep the probe’s maximum heat rating in mind.

6) Infrared (IR) “point-and-shoot” thermometer

An infrared thermometer measures surface temperature without touching anything. It’s excellent for griddle surfaces, pizza stones,
pans, and frying oil surface checks. It’s also the fastest way to discover your cast-iron pan is hotter than the surface of the sun.

Best uses: preheating a skillet for searing, checking a griddle zone, monitoring pizza stone temp, finding cold/hot spots on cookware.

Important limitation: IR thermometers do not measure internal doneness. A chicken breast can look hot on the outside while still under-temp
inside. For that, you need a probe.

7) Candy / deep-fry thermometer

Candy-making is chemistry with a deadline. A candy/deep-fry thermometer clips to the side of a pot and monitors high heat accurately over time.
This is crucial for sugar stages and for maintaining steady oil temperatures when frying.

Best uses: fudge, caramels, brittle, marshmallows, jam/jelly temperature tests, and deep frying.

Common candy temperature stages (typical ranges):

• Thread: 230–234°F (glazes and syrups)
• Soft ball: 234–240°F (fudge, fondant)
• Firm ball: 244–248°F (caramels)
• Hard ball: 250–266°F (nougat, chewy candies)
• Soft crack: 270–290°F (taffy-like textures)
• Hard crack: 300–310°F (brittle, lollipops)
• Caramelization: roughly 320–350°F (amber-to-dark caramel flavors)

Deep-fry bonus: Keeping oil temperature steady helps food crisp instead of turning greasy. A dedicated fry thermometer (or a probe rated for
high heat) makes frying calmer and more consistent.

8) Refrigerator/freezer thermometer

This one measures ambient temperature in your fridge/freezer, which matters more than most people think. The “coldness dial” inside a fridge
is not a precision instrumentit’s closer to a suggestion.

Best uses: verifying your fridge is holding safe temps, diagnosing warm spots, and adjusting settings when seasons change or the fridge is
packed with leftovers (aka “December”).

9) Oven thermometer (ambient oven air)

If your oven says 350°F but it’s actually 325°F or 375°F, your baking times become a comedy of errors. An oven thermometer sits inside the oven and reports
the real air temperature. It’s especially helpful for baking and for maintaining steady heat during roasts.

Best uses: baking accuracy, troubleshooting hot spots, and confirming preheat is actually done (some ovens announce “preheated” while still
warming up like a laptop booting in 2009).

10) Specialty thermometers (nice-to-have, not must-have)

• Dough thermometer: helpful for measuring water temp for yeast, dough temperature, and proofing environments.
• Sous vide thermometer: many sous vide devices are accurate, but a thermometer can verify water bath temperature for precision cooking.
• Combination units: some tools combine IR and probe functions in one deviceconvenient if you cook a lot and like multi-tools.

How to use a thermometer correctly (so you don’t get “confidently wrong”)

Find the coldest spot, not the prettiest spot

Internal temperature isn’t perfectly even. The center of the thickest part is usually the coolest area. For poultry, avoid touching bone; bones conduct heat
and can give a falsely high reading.

Use the right insertion angle and depth

• Thick foods (roasts, whole birds): insert into the thickest part, aiming for the center.
• Thin foods (patties, chops, fish fillets): insert from the side to reach the center without poking through.
• Dial thermometers: insert deep enough to cover the sensing area (often 2–3 inches for accuracy).

Give it time (yes, even “instant-read”)

Digital instant-reads are fast, but you still need a moment for the reading to stabilizeespecially when checking multiple spots. For leave-in probes, make
sure the probe tip is properly placed before you trust the number.

Keep it clean (because cross-contamination is a party crasher)

Wash the probe after every use, especially after touching raw meat. A quick wash prevents bacteria from hitchhiking from raw chicken to your perfectly safe
leftovers. Nobody wants that plot twist.

Safe internal temperature cheat sheet (common U.S. guidance)

Always follow trusted food safety guidance for minimum internal temperatures. Here are widely used benchmarks:

• Poultry (whole, parts, ground, stuffing): 165°F
• Ground meats (beef, pork, etc.): 160°F
• Steaks, chops, roasts (beef/pork/veal/lamb): 145°F plus a 3-minute rest
• Fish: 145°F (or until flesh is opaque and separates easily)
• Egg dishes: 160°F (whole eggs: cook until yolk and white are firm)
• Casseroles & leftovers (reheated): 165°F

Use these as practical checkpoints. Your recipe and technique still matter, but temperature is your best “done-ness” receipt.

Calibration and accuracy: trust, but verify

Thermometers can drift out of calibration over timeespecially after drops, rough drawer life, or repeated high-heat use. A quick accuracy check keeps you
cooking with confidence.

The ice bath test (easy home check)

1. Fill a container completely with ice.
2. Add cold water until it reaches just below the top of the ice.
3. Stir and wait a minute so the temperature stabilizes.
4. Insert the probe into the icy water (don’t touch the sides or bottom) and wait for the reading.

A properly made ice bath should read 32°F. If your thermometer allows adjustment, recalibrate following the manufacturer’s instructions.

Boiling water test (with an altitude caveat)

Water boils at 212°F at sea level, but the boiling point changes with elevation and weather. If you live at higher altitude, your boiling
point will be lowerso look up the expected number for your location before declaring your thermometer “broken.”

Which thermometers should you own first?

If you want the most value with the fewest gadgets, build a small “temperature toolkit”:

• Start here: an instant-read digital thermometer (daily use, biggest impact).
• Add next: a leave-in probe thermometer (roasts, smoking, holiday cooking, baking).
• Nice upgrade: an oven thermometer (for baking accuracy) and/or a fridge thermometer (for food safety and storage).
• If you candy/fry: a candy/deep-fry thermometer (or a probe rated for high heat).
• If you sear a lot: an infrared thermometer (surface temp wizardry).

Common mistakes (and how to avoid them)

“My IR thermometer says the steak is 165°F, so it’s done.”

That’s the surface temperature. The inside could be rare. IR is amazing, but it’s not a mind readeruse a probe for internal doneness.

“I checked one spot, so I’m good.”

Big cuts and whole birds cook unevenly. Check the thickest parts and a second spot if the shape is irregular (like turkey breast vs. thigh).

“I left my instant-read in the oven and now it’s… artistic.”

Instant-read models are built for quick checks. For extended cooking, use an oven-safe leave-in thermometer or a wired/wireless probe designed for it.

Wrap-up: the right thermometer makes you calmer (and your food better)

Kitchen thermometers aren’t about turning cooking into math homework. They’re about removing the stressful guesswork so you can focus on flavor, timing,
and enjoying the process. The best part? Once you start using a thermometer, you’ll wonder why you ever tried to “eyeball” poultry.
(Spoiler: poultry always wins that argument.)

Real-world experiences: what cooks learn after they start using thermometers (extra)

Here’s what tends to happen in real kitchens once someone adopts a thermometer. First comes the honeymoon phase: “I am a culinary genius; my chicken is
perfect; my steaks are consistent; I have unlocked the secrets of the universe.” Then comes the second phase: you realize the thermometer isn’t just a
doneness checkerit’s a whole new way to understand heat.

One of the most common experiences is discovering how uneven cooking can be. A roast chicken might read great in one spot, but a quick scan shows the thigh
is lagging behind the breast. Instead of blasting the whole bird longer (and drying out the breast), cooks learn to adjustrotate the pan, tent parts with
foil, or simply give the cooler area a bit more time. Thermometers turn “hope roasting” into “informed roasting.”

Another classic moment: realizing your oven is not a perfectly calibrated box of truth. People often buy an oven thermometer after noticing baked goods
are always a little off. Suddenly, the mystery is solved: the oven that claims to be 350°F is casually hanging out at 325°F, or spiking to 375°F whenever
it feels like being creative. Once you know, you can compensatelonger bake time, slight temperature adjustment, or moving the rack position. Baking gets
dramatically less chaotic.

Frying is where thermometers often feel like a superpower. Without measuring, oil temperature swings wildly: add food and the temp crashes; wait too long
and it climbs again; you end up with either pale, greasy results or a suspiciously fast “crispy” exterior hiding undercooked insides. With a thermometer,
cooks learn to manage the rhythm: preheat properly, fry in batches, and let oil recover between rounds. The result is not just better textureit’s less
stress and fewer kitchen disasters that require an emergency pizza order.

Candy and caramel bring their own form of humble learning. At first, many cooks try to judge sugar stages by visual cuescolor, bubbles, vibes.
Then they make one batch that never sets (too cool) and another batch that tastes like “campfire souvenir” (too hot). A candy thermometer makes these
processes repeatable, and it teaches a useful lesson: sugar doesn’t care about confidence. Once cooks start tracking temperatures, they also learn little
habits that pros uselike clipping the thermometer so the tip is submerged but not touching the pot, and brushing down sugar crystals to avoid gritty candy.

Baking experiences are surprisingly satisfying with thermometers, too. Bread goes from “tap the bottom and guess” to “hit the internal temperature and
call it.” Cakes and quick breads become more reliable when you can confirm the center is actually set. Custards stop curdling because you pull them at the
right temperature window. Many home cooks describe this as the moment they feel like they leveled upnot because they became rigid, but because they gained
a dependable checkpoint.

Finally, there’s the everyday experience of becoming less “hover-y.” A leave-in probe (wired or wireless) changes holiday cooking in particular. Instead of
opening the oven every 10 minutes to poke a turkey and leak heat like a sieve, cooks monitor temperature progress calmly and get alerts when it’s time to
act. That means juicier meat, fewer arguments about “is it done yet,” and more time actually enjoying guests (or at least pretending to).

In short: thermometers don’t remove the art of cooking. They remove the preventable tragediesdry roasts, undercooked centers, scorched carameland give you
better feedback. You still season, sear, rest, and taste. You just do it with fewer surprises and more wins.