- Garden Cleaner Evolution tool stats should be compared only when the same fields are confirmed.
- Core fields include output, range, speed, efficiency, capacity, and special effects.
- Comparison rules prevent upgrade claims based on incomplete or mismatched information.
- Setup checks help separate base values from bonuses, temporary buffs, and equipment modifiers.
- Wiki standards require every numeric value to have a clear version and verification status.
Garden Cleaner Evolution Tool Stats Overview
Garden Cleaner Evolution tool stats are easiest to understand when every value is tied to a specific tool, upgrade level, mode, and patch state. A useful wiki entry should distinguish confirmed numbers from descriptive observations, because a tool that feels faster may not have a higher base speed. The same principle applies to range, cleaning power, resource use, cooldowns, and special effects.
This page uses a verification-first format. It does not assign unsupported numbers to tools or present unconfirmed rankings as established facts. Instead, it explains how to read and compare the stat categories that matter most when evaluating a cleaner, attachment, or upgraded utility.
Performance
- Output measures how much work a tool completes over time.
- Speed and power should be evaluated together.
- Area coverage can matter more than maximum output.
Efficiency
- Resource use affects how long a tool can operate.
- Capacity and recharge time should be recorded separately.
- Efficient tools may outperform stronger tools during long tasks.
Utility
- Range, control, mobility, and special effects define flexibility.
- Utility stats often decide which tool fits a specific route.
- A lower-output tool may still be better for precision work.
| Stat Category | What It Measures | Comparison Question |
|---|---|---|
| Output | Work completed during an equivalent test | Which tool clears the same area faster? |
| Range | Effective distance or coverage radius | Can the tool reach the target without repositioning? |
| Speed | Action rate, movement rate, or activation time | Does it reduce time between successful actions? |
| Efficiency | Resource spent per completed task | How long can it operate before resupply? |
| Capacity | Stored charge, fuel, or usable resource | How many actions fit into one cycle? |
| Utility | Control, mobility, status effects, or special functions | Does it solve problems other tools cannot? |
Treat “best tool” as a context-based label. A high-output option may be strongest for large areas, while a precise or efficient option may be better for detailed work.
Core Stat Fields and Reading Rules
A clean stat page separates base statistics from modifiers. Base statistics describe the tool before temporary effects, equipment bonuses, route bonuses, or player upgrades are applied. Modified statistics describe the actual result under a particular setup. Both are useful, but they should never be mixed in the same ranking table without a clear label.
When a value is not confirmed, use a status such as “unverified” rather than estimating it. A missing value is safer than a false value, especially when readers may use the information to choose an upgrade or plan a resource route.
| Field | Recommended Format | Why It Matters |
|---|---|---|
| Base output | Numeric value or unverified | Establishes the tool’s normal work rate |
| Charged output | Numeric value plus charge condition | Shows whether holding or charging changes performance |
| Effective range | Distance, radius, or area description | Defines positioning requirements |
| Action speed | Actions per second or activation time | Helps compare repeated use |
| Resource cost | Cost per action, second, or cycle | Measures operating efficiency |
| Capacity | Maximum stored resource | Indicates how long the tool can run |
| Cooldown | Time between uses | Important for burst-focused tools |
| Upgrade effect | Exact change or verified description | Explains the value of progression |
| Special effect | Named effect and trigger condition | Identifies situational advantages |
| Verification date | YYYY-MM-DD | Shows when the entry was last checked |
Base Values Versus Modified Values
Use base stats when comparing the design of tools at the same progression point. Use modified stats when documenting a specific loadout or route. For example, an entry may show a tool’s base range first, followed by the range produced by a confirmed attachment. This format gives readers both a neutral comparison and a practical setup.
Avoid combining values from different conditions. A tool tested with a temporary boost should not be ranked beside an unboosted tool unless the table identifies the difference. Similarly, a value from one version should not be presented as current without a date or version marker.
Do not compare a fully upgraded tool with a basic tool and call the result a base-stat ranking. Record progression level, modifiers, and testing conditions before drawing conclusions.
Tool Comparison Framework
A reliable comparison starts with the task rather than the tool name. Decide whether the goal is maximum output, low resource consumption, long operation, precise control, or broad coverage. Then select the fields that directly affect that goal.
This approach prevents a common wiki mistake: ranking every tool with one universal score. A single score can hide important tradeoffs. For example, a tool with high output may require frequent resource recovery, while a slower option may cover a larger area and produce better route efficiency.
| Use Case | Priority Stats | Secondary Stats | Typical Tradeoff |
|---|---|---|---|
| Large-area clearing | Output, area coverage, capacity | Range, movement speed | Strong coverage may cost more resources |
| Precision cleaning | Control, range, action speed | Output, cooldown | Precision can reduce broad-area efficiency |
| Long routes | Efficiency, capacity, recovery time | Output, mobility | Lower peak power may support longer operation |
| Burst tasks | Output, cooldown, activation speed | Resource cost, range | High burst performance may have downtime |
| Difficult targets | Power, special effect, range | Capacity, control | Strong effects may require specific conditions |
| Beginner setup | Ease of use, efficiency, reliability | Output, upgrade cost | Simplicity may come before maximum performance |
A Practical Ranking Method
Use a category ranking instead of a single universal tier list:
- Output ranking: favors tools that complete the same task quickly.
- Efficiency ranking: favors tools that spend fewer resources per task.
- Coverage ranking: favors range and area control.
- Reliability ranking: favors predictable activation and low downtime.
- Flexibility ranking: favors tools that remain useful across several task types.
Each ranking should state its test condition. If exact numbers are unavailable, use descriptive labels such as “strong,” “moderate,” or “limited” only when the description is supported by a documented observation. Do not convert those labels into invented percentages or star ratings.
Publish separate category rankings when tools have meaningful tradeoffs. This gives readers a more accurate answer than forcing every option into one order.
Step-by-Step Tool Stats Setup
Use the following process when creating or updating a Garden Cleaner Evolution tool entry. The workflow is designed to keep the wiki readable while protecting against unsupported claims.
Define the Test Goal
Choose one purpose for the comparison: area coverage, sustained operation, precision, burst output, or resource efficiency. Write the goal above the table so readers understand what the ranking measures.
Record the Tool State
Note the tool name, upgrade level, attachment, mode, active bonuses, and date of observation. Keep the base setup separate from any enhanced configuration.
Measure Equivalent Tasks
Use the same target type, route length, starting resource, and operating conditions for every option. Avoid comparing a short demonstration with a long-form route.
Separate Results From Interpretation
Place observed values in the data table, then explain the practical meaning below it. Do not treat a personal preference as a confirmed stat.
Mark Verification Status
Label each field as confirmed, observed, estimated, or unverified. Update the verification date whenever a value is checked again.
| Workflow Stage | Required Record | Result |
|---|---|---|
| Preparation | Goal, tool state, test condition | Comparable starting point |
| Observation | Time, resource use, target count, coverage | Raw evidence |
| Review | Repeated result and unusual behavior | More reliable interpretation |
| Publication | Table, explanation, status label, date | Reader-ready wiki entry |
| Maintenance | Version check and correction notes | Current documentation |
A comparison becomes more useful when it includes practical context. Explain whether a tool performs best on open areas, narrow spaces, repeated targets, or tasks that require frequent repositioning. These details help readers apply the stats without claiming that one tool is universally superior.
Repeat important measurements under the same conditions. If a result changes, document the range of outcomes instead of selecting the most favorable single value.
Upgrade Planning and Verification Checklist
Tool progression should be evaluated by the problem an upgrade solves. An output upgrade may shorten a task, but a capacity upgrade may remove repeated resupply stops. A range upgrade may improve safety or positioning even when the headline power remains unchanged.
Before recommending an upgrade, check whether the benefit is visible in actual use and whether the change applies to the intended tool mode. Some upgrades may affect only charged actions, alternate functions, special effects, or a particular attachment. Recording that condition makes the recommendation more useful and prevents readers from applying it too broadly.
| Upgrade Type | Main Benefit | Questions to Confirm |
|---|---|---|
| Output increase | Faster task completion | Does it affect all actions or one mode? |
| Range increase | Safer or wider positioning | Is the listed range practical or theoretical? |
| Capacity increase | Longer operation before recovery | Does resource cost also increase? |
| Efficiency increase | More work per resource unit | Is the gain consistent across task types? |
| Cooldown reduction | More frequent special actions | Does it improve sustained or burst performance? |
| Control upgrade | Easier targeting or handling | Does it improve precision in difficult areas? |
Tool Stats Review Checklist:
- Confirm the tool name, mode, and upgrade level
- Record base values separately from bonuses and attachments
- Use equivalent test conditions for every comparison
- Label uncertain fields as unverified instead of estimating
- Add the 2026-07-30 verification date after review
When to Update a Stat Page
Update an entry when a confirmed balance change, new upgrade behavior, revised tool function, or corrected measurement becomes available. Preserve the previous value in an edit note when the change affects rankings. This gives readers a clear reason for the update and helps editors identify outdated recommendations.
A strong maintenance note should include:
- The field that changed.
- The old and new value, when both are confirmed.
- The condition under which the value was tested.
- The date of the review.
- Whether related rankings also need revision.
A stat page can remain useful even when some fields are unknown. Clear labels and dated verification are more valuable than precise-looking numbers without evidence.
FAQ
Q: What are the most important Garden Cleaner Evolution tool stats?
The most useful fields depend on the task, but output, range, efficiency, capacity, action speed, cooldown, and special effects are the main comparison categories.
Q: Should base stats and upgraded stats appear in the same table?
They can appear on the same page, but they should use separate columns or sections. Always identify the upgrade level, attachments, bonuses, and test conditions.
Q: How should an unconfirmed tool value be displayed?
Use a clear label such as “unverified” or “not confirmed.” Do not replace missing information with an estimated number unless the estimate is explicitly labeled and supported by repeatable observations.
Q: Which tool is best for every situation?
There is no reliable universal choice when tools trade output, efficiency, range, capacity, and control. Use the category that matches your route or task, then compare tools under equivalent conditions.
Check the tool’s mode and progression state before applying any ranking. A recommendation based on one setup may not represent the same tool in another configuration.