Idle Planet Miner Spreadsheet New Online

For players of Idle Planet Miner , a detailed strategy spreadsheet is more than just a data log—it is a critical engine for maximizing efficiency and Galactic Value (GV). As of early 2026, the community continues to refine these tools to help both new and veteran players navigate the game's complex Return on Investment (ROI) math. The Core Role of Strategy Spreadsheets

In a game centered on exponential growth, spreadsheets like the popular Kaphor's Mastersheet Per Second calculators

provide a roadmap for spending. Their primary functions include: Optimal Planet Leveling

: They calculate the most cost-effective way to distribute cash across mining, ship speed, and cargo levels. Smelting and Crafting ROI : Tools like the Smelt Value Calculator

identify which alloys and items yield the highest profit per second. Progress Tracking

: They account for permanent bonuses like Mothership rooms, Beacon levels, and Resource Stars to give a customized view of your specific galaxy. Choosing the Right Tool Different spreadsheets cater to various stages of gameplay:

New Starters Strategy Guide | Idle planet miner Wiki | Fandom

I’ll create a compact, usable spreadsheet layout and formulas to track optimal prestige/clicker progression for an Idle Planet Miner–style incremental game. I’ll assume core mechanics: mines produce ore per second (OPS) increasing with upgrades and levels; you can buy multiple mine types, upgrades, and prestiges that multiply production. Adjust names/values to match your version.

What you’ll get:

Column layout for Google Sheets / Excel
Key formulas (Excel/Sheets-compatible)
Short usage notes

Spreadsheet layout (one row per mine type). Put this on Sheet1. idle planet miner spreadsheet new

Columns (A–P): A: Mine Name B: Base OPS (per level 1) C: Level D: Level OPS Modifier (per-level growth; e.g., 1.07) E: Quantity Owned (if mines are discrete) F: Total OPS (per mine type) G: Upgrade Multiplier (multiplicative upgrades, e.g., 1.0) H: Clicker Bonus (if active; e.g., 1.0) I: Prestige Multiplier (global; use single cell reference) J: Price Next Level K: Base Price L: Price Growth Rate (e.g., 1.15) M: Total Invested (cumulative spent in this mine) N: Time to ROI (seconds) — time to recoup priceNext at current OPS O: Notes P: Auto-buy Enabled (TRUE/FALSE)

Top-level cells (place above or to side, e.g., row 1):

Cell I1: Prestige Multiplier (e.g., 1.0, update after prestige)
Cell I2: Global Clicker Multiplier (if separate)
Cell I3: Cash / Credits balance (optional)
Cell I4: Time frame for ROI calc (seconds)

Example row formulas (assume row 5 for a mine):

B5: base OPS (enter manually, e.g., 1)
C5: level (enter integer)
D5: level OPS modifier (enter e.g., 1.07)
E5: quantity owned (enter integer; if not used, set =1)
G5: upgrade multiplier (enter as decimal, e.g., 1.0, 2.0 for x2)
H5: clicker bonus (enter 1.0 normally)
I1: prestige multiplier (global, e.g., 1.0)
F5 (Total OPS) formula: = B5 * C5 * (D5 ^ (C5-1)) * E5 * G5 * H5 * $I$1 (This assumes exponential per-level growth; adjust if your game uses different progression.)
J5 (Price Next Level) formula: = K5 * (L5 ^ C5) (Base price times growth^currentLevel)
N5 (Time to ROI, seconds): = IF(F5>0, J5 / F5, "")
M5 (Total Invested): track manually or accumulate with formula if you have purchase log.

Aggregate totals (put in summary area):

Total OPS (cell F2): = SUM(F5:F20)
Estimated income per minute (cell F3): = F2 * 60
Time to afford target cost X (cell F4, with target in G4): = IF(F2>0, G4 / F2, "")

Auto-buy / purchase suggestion (helper column):

Q5: Next best ROI score: = IF(F5>0, (F5 / J5), 0) Sort candidates by descending Q to pick best purchase per cost-efficiency.

Prestige planning:

Track total lifetime ore in a cell (update manually or via log). Use that to compute prestige payout.
Cell I5: Prestige reward per 1eX lifetime ore (enter game-specific formula).
After prestige, set I1 to new global multiplier.

Optional enhancements:

Add conditional formatting to highlight best ROI.
Add a purchase log sheet to compute cumulative investments and automatic level increases using scripts/macros.
If your game uses additive growth instead of exponential, replace D^(...) term with appropriate formula: TotalOPS = B5 * (1 + growth*(C5-1)) * E5 * G5 * H5 * $I$1

Usage notes:

Adjust base values and growth rates to match your game's actual numbers.
Use the ROI column to prioritize purchases: higher (OPS gained per currency) first.
For discrete mines (multiple units with rising cost), you can model quantity with geometric sum for OPS and price; I can provide that exact formula if you tell me whether each purchase increases level by 1 only or you buy multiple identical units.

If you want, I can:

Generate a ready-to-import CSV with example entries,
Convert formulas into exact Google Sheets syntax for multiple rows,
Add geometric-sum formulas for bulk-buy and price/OPS curve modeling.

Which of those would you like next?

A high-value new feature for an Idle Planet Miner spreadsheet is an Alternate Recipe Efficiency & Bottleneck Resolver.

With the recent major game updates (v2.8 and v2.9), players now have access to "Alternate Recipes" for items and alloys. While these recipes might not always be the most profitable, they are designed to bypass specific material bottlenecks and use surplus debris. 🛠️ Feature: Alternate Recipe Efficiency Solver

This feature would help you decide in real-time whether to use a Standard or Alternate recipe based on your current stockpile and production speeds. Stockpile "Smart-Check":

Input your current inventory of "useless" debris, like Radio Towers.

The spreadsheet highlights which alternate recipes can turn that trash into high-tier items like Navigation Mods or Iridium bars using fewer crafters/smelters. Crafter Footprint Calculator: Calculates the "slot savings" of using an alternate recipe.

Example: Shows if using an alternate recipe for Nav Mods saves you 1 out of 5 crafter slots, allowing you to run another production line simultaneously. Production Chain Time-to-Zero:

If you have 0 sub-ingredients, the tool compares total craft time.

It identifies if the alternate recipe is faster for a full "ground-up" build versus a "stockpile-supported" build. 📊 Other Essential "New" Spreadsheet Tabs For players of Idle Planet Miner , a

If you are building a modern sheet from scratch, these are the must-have updates based on current game meta: VPS (Value Per Second) Planet Selector:

Analyzes planets beyond P32 (Nibiru), where costs increase by 2.5x instead of 2.0x.

Determines which planet is best to apply Alchemy or Terraforming for maximum asteroid value. Manager Additive/Multiplicative Mapper:

Calculates the true impact of Manager buffs from the Classroom and Space Station.

Helps you decide if upgrading a manager's level is better than buying a new manager slot. Colony Expansion Tracker:

Since Update 2.8 centralized colony requests, this tab tracks which projects (Colony Expansion 1–6) are worth the investment versus raw planet upgrades. 💡 Pro Tip: The "50/50" Rule

To keep your sheet simple and effective, include a "Budgeting Helper" for planet upgrades. For any given planet, your Ship Speed and Cargo levels combined should roughly equal your Mining level. If they are higher, you are wasting money; if they are lower, you have a bottleneck. If you’d like, I can help you:

Market Trend Tracker

Record market multipliers each cycle to predict patterns (some follow a pseudo-random cycle). Columns: Date, Ore, Multiplier, Next Expected.

1. The Official Discord (#spreadsheets Channel)

This is the gold mine. Search for posts from users like @JakeTheData or @IPM_Math. Look for files named IPM_Calculator_v2.3.xlsx or later. The date modified must be within the last 60 days. Column layout for Google Sheets / Excel Key

3. The Challenge Mode Reset

When you press "Sell Galaxy" for a Challenge (24-hour reset), ignore your long-term spreadsheet. Use a temporary tab that focuses solely on Copper, Lead, and Glass – the "speed run" trifecta.

Advanced Formulas to Include

| Calculation | Formula Example (Google Sheets) | |-------------|----------------------------------| | Time to next upgrade | =(Target_Level - Current_Level) * Cost_Per_Level / Total_Income_per_sec / 3600 | | Ore needed for alloy | =Alloy_Craft_Count * Ingots_Per_Alloy * Ore_Per_Ingot | | Smelter utilization | =IF(Total_Ore_Input >= Ore_Required, "Saturated", "Ore Shortage") | | Best manager to upgrade | =Max( (New_Bonus - Old_Bonus) * Affected_Planets_Total_Value ) |

Where to Get the Latest Spreadsheets

Reddit – r/IdlePlanetMiner → Search “spreadsheet” → sort by New.
Discord – Official server → #resources or #guides channel.
GitHub – User “P0cket” and “mnstrcrd” maintain popular versions.