Beer
One row per beer size or strength.
1 beer selected18.7 g
Beer starts with one default row. Expand this section to change the count, size, or beer style.
Night-out calculator
True Cost of a Night Out
Build the night in simple drink rows. Add each beer, wine, or spirit as its own line, mix and match freely, then see the combined alcohol load, calorie drag, water loss, roughness risk, and body timeline.
Example: 1 light beer + 1 craft / strong beer + 1 glass of dry white / rose + 2 US vodka shots.
Input parameters
Build your night
Keep each beer, wine, or spirit choice in its own row so the mixed-night totals stay readable. Expand only the sections you want to edit, then the combined details update instantly below.
Wine
One row per wine format or style.
0 wines selected0 g alcohol
Wine starts at 0. Expand this section when you want to add a glass or bottle to the night.
Spirits
One row per spirit style or pour format.
0 spirits selected0 g alcohol
Spirits also start at 0. Expand this section when you want to add a shot or other spirit pour.
Body profile
One shared profile for the whole night.
Optional personalization. Weight changes the relative dose.
kg
Your night out at a glance
Beer-only night
1 beer of US Pint at Standard-Strength (~5% ABV)
Estimated clearance window
1 hr 52 min
1 beer of US Pint at Standard-Strength (~5% ABV) lands at about 18.7 g of pure alcohol, or 1.3 US standard drinks.
On the selected Man model, the current sleep band is Moderate night load, and water loss is about 187 ml. Use the replacement target below to top back up.
Details
Beer-only night
Clears in about 1 hr 52 min
Alcohol
18.7 g
Calories
199 kcal
Sleep band
Moderate night load
Water loss
187 ml
1 hr 52 min
20 to 30 min later
REM starts later
20 to 30 min
Body recovery dip
10% to 25%
Sleeping heart rate rises
4 to 8 bpm
Common pattern
Sleepy first half, choppy second half
Drink breakdown
See what each side of the night is contributing
Each beer, wine, and spirit row stays separate, so it is easy to understand what each choice is adding before the totals are combined.
Beer total
1 beer across 1 beer row.
Wine total
0 wine pours across 0 wine rows.
Spirit total
0 spirit pours across 0 spirit rows.
Collective read
How the mix changes the whole night
Only the beer rows are active here, so the total-night alcohol, calorie, carb, and fluid math comes entirely from the selected beer pours.[1][2][3][5][14][15]
No wine- or spirit-specific roughness multipliers are in play here, so the feel of the night is driven mostly by total alcohol dose.
Total drink volume
473 ml
Standard drinks
1.3
Water loss
187 ml
Sleep band
Moderate night load
Body timeline
Tap through the night to see what changes
The timeline follows the combined alcohol load from all active beer, wine, and spirit rows, so you can see how the full mix changes the night over time.
1 beer of US Pint at Standard-Strength (~5% ABV)
What you may notice
You may feel warmer, looser, or sleepier fairly quickly while the drinks are still being absorbed.
What your body is doing
Beer is still climbing in the bloodstream and sedation can show up before full clearance catches up.
Sleep terms in plain English
What the sleep numbers mean on a mixed night
Alcohol can make you feel sleepier at first, then push REM later and leave the second half of the night lighter, choppier, and less refreshing. The mixed-night model uses total alcohol to set the base sleep band, then notes when rougher drink types are in the mix.[8][9][10][11]
Current band
Moderate night load
14 g to 28 g of pure alcohol across the full mix.
This is where the first half of the night can feel sedated, then the second half gets noticeably choppier.
No wine- or spirit-specific roughness multipliers are in play here, so the feel of the night is driven mostly by total alcohol dose.
Calculations
The math behind the page
These formulas drive the live results, and each card shows the exact numbers from your current mix.
Calculations
The math behind the page
These formulas drive the live results, and each card shows the exact numbers from your current mix.
Beer row alcohol (g) = Beer volume (ml) x (ABV ÷ 100) x 0.789
Beer row calories = (Beer alcohol x 7) + (Beer carbs x 4)
Each beer row keeps its own volume and strength. Carbs stay on the beer side only.
Using your current selection
Row 1: 473 ml x 1 = 473 ml, 473 x (5 ÷ 100) x 0.789 = 18.7 g
Beer alcohol total = 18.7 = 18.7 g
Beer rows
1
Beer count
1
Beer alcohol
18.7 g
Beer calories
199 kcal
Wine row alcohol (g) = Wine volume (ml) x (ABV ÷ 100) x 0.789
Wine row residual sugar (g) = Wine volume (ml) x (RS g/L ÷ 1000)
Wine row calories = (Wine alcohol x 7) + (Wine residual sugar x 4)
Each wine row keeps its own format and style. Residual sugar stays on the wine side only.
Using your current selection
No active wine rows → 0 g alcohol, 0 g residual sugar
Wine rows
0
Wine count
0
Wine alcohol
0 g
Residual sugar
0 g
Spirit row alcohol (g) = Spirit volume (ml) x (ABV ÷ 100) x 0.789
Spirit row calories = Spirit alcohol x 7.1
Spirit row roughness score = Congener formula x (Volume ÷ 1000)
Each spirit row keeps its own pour format and spirit type. The congener score stays on the spirit side only.
Using your current selection
No active spirit rows → 0 g alcohol, 0 pts roughness
Spirit rows
0
Spirit count
0
Spirit alcohol
0 g
Spirit roughness
0 pts
Collective totals[4]
Total alcohol = sum of beer row alcohol + sum of wine row alcohol + sum of spirit row alcohol
Total calories = sum of beer row calories + sum of wine row calories + sum of spirit row calories
The total-night numbers are additive because each row is fully modeled before it joins the mix.
Using your current selection
Total alcohol = 18.7 + 0 + 0 = 18.7 g
Total calories = 199 + 0 + 0 = 199 kcal
Beer alcohol
18.7 g
Wine alcohol
0 g
Spirit alcohol
0 g
Total alcohol
18.7 g
Water loss[5]
Water loss (ml) = Total alcohol (g) x 10
Replacement target (glasses) = Water loss ÷ 250
This keeps the water section simple: estimated water loss first, then a practical replacement target.
Using your current selection
18.7 x 10 = 186.6 ml
186.6 ÷ 250 = 0 glasses
Water loss
187 ml
Replacement target
0 glasses
Clearance and sleep band[6][7][8][9][10]
Men: Total alcohol (g) ÷ 10.0
Women: Total alcohol (g) ÷ 8.5
Low: < 14 g Moderate: 14-28 g High: > 28 g
The mixed-night sleep band is driven by total pure alcohol across every active row. Spirit roughness can make the night feel heavier, but the base sleep band still starts with the total alcohol dose.
How this mix was classified
18.7 ÷ 10 = 1 hr 52 min
14 g ≤ 18.7 g ≤ 28 g → Moderate night load
Sex model
Man
Clearance rate
10 g/hr
Sleep band
Moderate night load
Common pattern
Sleepy first half, choppy second half
Worked example
A practical mixed-night scenario
This worked example mirrors the way a reader thinks about a mixed night: one line for each drink type, then one line for the totals that actually shape the night.
Worked example
A practical mixed-night scenario
This worked example mirrors the way a reader thinks about a mixed night: one line for each drink type, then one line for the totals that actually shape the night.
Scenario
1 beer of US Pint at Standard-Strength (~5% ABV)
If this is the mix you are planning or reviewing, the page would summarize it like this before you dig into sources or edge cases.
| Beer contribution | 18.7 g |
|---|---|
| Wine contribution | 0 g |
| Spirit contribution | 0 g |
| Total alcohol | 18.7 g |
| Total calories | 199 kcal |
| Water loss | 187 ml |
| Estimated clearance | 1 hr 52 min |
| Night profile | Moderate night load |
Sources
Reference directory
Every inline marker above points back to one of these references, with beer-only, wine-only, spirit-only, and shared sources separated.
Sources
Reference directory
Every inline marker above points back to one of these references, with beer-only, wine-only, spirit-only, and shared sources separated.
USDA FoodData Central
beerCalories, Carbs, and Nutrition Values for Beer
Baseline calorie and carbohydrate references used for the beer side of the calculator.
American Chemical Society
beerSugar Elimination and Fermentation Science
Explains why finished beer contains mostly residual carbohydrates rather than meaningful simple sugar.
USDA FoodData Central
wineNutritional Profiles, Calories, and Residual Sugars in Wines
Baseline nutrition and residual sugar references used for the wine side of the calculator.
National Institute on Alcohol Abuse and Alcoholism
sharedWhat Counts as a Standard Drink
Standard drink definitions and the ethanol-mass conversion logic used for pure alcohol calculations.
Mayo Clinic
sharedHangovers: Symptoms and Causes
Explains alcohol-driven vasopressin suppression and the resulting dehydration or water-tax effect.
National Institute on Alcohol Abuse and Alcoholism
sharedAlcohol Metabolism
Clinical background for alcohol oxidation, ADH and ALDH pathways, and flat-rate liver clearance estimates.
National Institute on Alcohol Abuse and Alcoholism
sharedWomen and Alcohol
Background on lower gastric alcohol dehydrogenase activity and lower body-water distribution in women.
Harvard Health Publishing
sharedAlcohol and Fatigue
Plain-language summary of early sedation, REM suppression, and broken second-half sleep after alcohol.
Sleep Medicine Reviews / PubMed
sharedREM Delay Meta-analysis
Meta-analysis used for the REM-delay bands and overall sleep-architecture disruption context.
PLOS Digital Health
sharedDaily alcohol intake alters resting heart rate and heart rate variability during sleep
Wearable-data evidence for dose-dependent overnight heart-rate increases and HRV suppression.
PubMed Central / National Institutes of Health
sharedAlcohol and the Sleeping Brain
Mechanistic discussion of autonomic disruption, sympathetic rebound, and late-night sleep fragmentation.
PubMed Central / National Institutes of Health
wineHistamine and Tyramine Content in Fermented Beverages
Background on histamine and tyramine exposure in fermented beverages, including wine.
American Journal of Enology and Viticulture
winePolyphenolic Tannin Chemistry in Grape Skins and Red Wines
Reference for red-wine tannin chemistry and why dry red can feel rougher than lower-congener styles.
PubMed
spiritRole of Congeners in Hangover Severity
Mechanistic background for why different distilled spirits can feel rougher or cleaner beyond ethanol alone.
PubMed
spiritWhiskey versus Vodka Hangover Comparison
Controlled comparison showing darker spirits can feel rougher than vodka at matched alcohol doses.
Note: This calculator keeps shared alcohol references separate from beer-only, wine-only, and spirit-only references to prevent citation mix-ups when the drink types are combined.
Calculator terms and conditions
This page is an educational information tool and not a medical or legal service.
Calculator terms and conditions
This page is an educational information tool and not a medical or legal service.
1. General & Educational Purpose Only
This tool is an informational and educational estimator, not a medical device, clinical service, or diagnostic tool. It is designed solely to illustrate broad, population-level patterns around ethanol dose, hydration strain, recovery load, sleep disruption, and spirit roughness based on user-selected inputs.
2. Clinical & Biological Limitations
Individual alcohol metabolism varies drastically based on factors not captured by this tool, including but not limited to: prescription or over-the-counter medications, biological sex, personal tolerance, liver and kidney function, recent food and water intake, pregnancy or nursing status, sleep debt, underlying health conditions, and genetic enzyme variations (such as ADH and ALDH polymorphisms). Output data does not reflect your specific physiological state.
3. No Medical Advice or Emergency Care
Nothing on this website constitutes professional medical advice, examination, diagnosis, or treatment. Never disregard or delay seeking professional medical advice because of an output from this calculator.
- If you believe you or someone else is experiencing alcohol poisoning, an adverse drug interaction, or any medical emergency, call your local emergency services (e.g., 911, 999, 112) or go to the nearest emergency room immediately.
- If you have concerns regarding alcohol dependence or substance use, please consult a licensed healthcare professional or contact a national substance support helpline.
4. Driving, Operating Machinery, and Safety-Critical Tasks
Never use this calculator to determine whether you are fit, safe, or legally permitted to drive, operate machinery, work, or supervise others.
Outputs are purely theoretical estimates and cannot predict blood alcohol concentration (BAC) or physical/cognitive impairment accurately. This tool cannot be used as evidence, verification, or a legal defense against driving under the influence (DUI/DWI) or any safety violation.
5. Age Requirement and Lawful Use
This calculator contains alcohol-related educational material and is intended exclusively for individuals who are at least 18 years of age or the legal drinking age in their jurisdiction, whichever is greater. Use of this calculator does not encourage, condone, or promote alcohol consumption, binge drinking, underage drinking, or any unlawful conduct.
6. "As Is" Warranty Disclaimer
To the maximum extent permitted by applicable law, this calculator and its outputs are provided on an "AS IS" and "AS AVAILABLE" basis without warranties of any kind, whether express, implied, or statutory, including but not limited to warranties of accuracy, completeness, reliability, fitness for a particular purpose, or non-infringement.
7. Limitation of Liability
To the fullest extent permitted by applicable law, the site owner, creators, contributors, and data providers shall not be liable for any direct, indirect, incidental, consequential, special, punitive, or reliance-based damages, losses, personal injury, property damage, fines, or legal penalties arising out of or in connection with your use of, or inability to use, this calculator. You assume full, sole responsibility for any decisions made or actions taken based on these outputs.