Use a layout or object to check your estimate
Four ratings concern a sketch, a route, a different viewpoint and fitting objects into space. They do not determine visual ability or how you must be taught.
A complete group displays the four-response average, rounded to one decimal within 1.0–5.0. One unscored response leaves the mean unavailable rather than treating access or experience as a deficit.
The four spatial activities
The listed activities involve sketching positions, using a map or layout, considering another viewpoint and estimating whether objects fit. You may think about the tools and adaptations you ordinarily use; the questions do not require visual imagery in a particular form. No mental rotation, navigation accuracy or drawing performance is observed here. Gardner’s spatial concept provides a topic for reflection, while these self-ratings concern confidence about selected activities. A drawing hobby or a preference for diagrams is not itself a measured spatial intelligence.
Read the items alongside the average
Ratings of 3, 4, 2 and 3 yield a sum of 12 and a mean of 3.0. That average can conceal an important contrast between confidence reading a map and uncertainty imagining an unfamiliar object. It is not a navigation grade or a percentage of spatial potential. If another activity group also shows 3.0, the report keeps both without calling them equal abilities. The groups contain different activities, and no empirical cross-group calibration or strongest-domain rule has been established for this original bank.
Check whether something actually fits
Imagine placing two storage boxes on a shelf. A quick sketch may suggest that both fit, but the usable width can be smaller than the outside measurement because of a support or hinge. Checking the space and the boxes turns an impression into a specific test. The counterexample is calling the shelf badly designed because a first estimate failed, or concluding you lack spatial intelligence. One fitting problem can reveal a missing measurement; it cannot diagnose a general capacity or establish an occupational talent.
Account for access, familiarity and aids
A larger mean reflects more confident answers, not proof that an unaided mental image is better. A smaller mean may concern an unfamiliar map, a poorly presented diagram or limited experience with a task. If the activity is not accessible to you or you cannot judge it, choose the unscored response rather than inferring a deficit. The group then withholds its mean while the other complete groups remain. No score assigns an aphantasia label or compares people with different sensory access.
Try a small layout task if it is useful
If you wish, use familiar objects and an accessible representation to plan one arrangement. State the requirement first: for example, all items should fit while one drawer still opens. Compare the plan with the real dimensions before moving anything heavy or risky. Keep a note of one adjustment and its reason. This is a voluntary observation of an everyday process, not a training prescription. You do not need to practise imagery, choose a visual teaching method or retake the questionnaire to complete the reflection.
Use the requirement to choose the representation
A diagram can help when position matters; a written list can help when sequence matters; a real object can help when dimensions matter. The relevant question is whether the representation serves the task, not whether a score declares you a visual learner. Work involving plans or models also requires technical knowledge, accessibility and demonstrated competence. This unvalidated self-report cannot recommend architecture, design or another occupation on the basis of a number. Keep the complete readings as prompts for specific examples, not limits on future learning.