Q13 face tracking tripod sample test: what 33 checks found
TOOREA's Q13 sample test recorded 33 checks and 99 individual run results. The sample can move forward with conditions, but five areas still need revision or retesting.
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Published 2026-08-09
Article Overview
TOOREA QC team tested a physical Q13 sample on 21 May 2026. The record contains 33 checks, with three result columns for each check. That gives 99 individual run results: 40 were marked "as expected," 44 "need review," and 15 "could not be completed." The sample did not receive production approval. Twenty-six items are marked completed in the workflow and seven are waiting for supplier input. At buyer-decision level, 26 items were accepted with conditions, two matched the intended use case, and five need modification. "Completed" describes the status of the record. It does not mean the item passed. The most consistent results came from the fixed test environment and centre-position acquisition. The main open issues were stability at maximum extension, target retention with obstruction or a second person, control instructions, the runtime method, and final packaging confirmation. There are limits to what can be claimed from this record. The internal sample number was not provided, and the workbook does not contain the original photos, videos, laboratory files or third-party reports. The findings below are internal qualitative observations from the physical sample. They are not a laboratory certification, and three runs cannot be converted into a public accuracy percentage.
Test scope and conditions
The test used a Q13 AI Tracking Selfie Stick Tripod and a 6.1-inch phone weighing about 190 grams without a case. The room was set to approximately 400 to 600 lux with a plain background and flat tabletop. The main distance marks were about 1.0 and 2.5 metres. Working heights were 60, 120 and 180 centimetres. The planned use case was indoor livestreaming, online teaching and a one-person product demonstration. The movement route ran horizontally through left, centre and right marks at a slow pace, followed by a second faster pace. The obstruction check used one-second and three-second intervals. Critical items were recorded three times. This setup represents one controlled indoor scenario. It does not establish a universal tracking distance, phone compatibility range, runtime or stable working height for every user. Changes to the phone, case, surface, lighting, background, control version or product height may change the result. Current public specifications remain on the Q13 AI Tracking Selfie Stick Tripod page. The sample record adds observations from one test configuration; it does not replace the live specification source.
Result summary
The test produced 99 individual run results across 33 items: - 40 results were marked as expected. - 44 results need review. - 15 results could not be completed. The item-level workflow shows 26 completed records and seven waiting for supplier input. The buyer decisions are more cautious: 26 items were accepted with conditions, two matched the intended use case, and five require modification. No item was marked "not suitable for this project," but the unresolved items still prevent production approval. The difference between a run result and a buyer decision matters. One check can contain two expected runs and one review run, then receive a conditional decision. A completed row may still carry an unresolved issue. Reading only the 26 completed items would give the wrong impression.
Setup and first use
The phone and test-environment checks were repeatable under the recorded baseline. The 6.1-inch phone setup produced three expected results, although a broader phone and case matrix is still open. The room, distance and marked route also produced three expected environment records. Height changed the picture. The 60 and 120 centimetre placement checks were marked as expected. The 180 centimetre check needs review because the higher centre of gravity makes movement and user contact more important. For unassisted setup, two runs were marked as expected and one needs review. The review point covers extending the pole, locking the legs, mounting the phone and starting tracking. Control clarity was weaker: all three runs need review. The product, label, manual, quick-start page and sales material still need one consistent explanation of the selected control version. Current material describes an app-free workflow, while an older label reference mentions app control. The sample test did not close that version question. Before retail approval, the selected product, instructions and sales page need to agree on the control method, indicator states, restart process and error recovery.
Initial acquisition and following
Centre-position acquisition was the cleanest tracking item in the record. With the subject facing the product, standing still, and using the fixed room setup, all three runs were marked as expected. Entry from the left produced two expected results and one review result. Entry from the right showed the same pattern. The review remains around edge position, entry speed and left-to-right consistency. Distance was less settled. One near and far distance result was marked as expected, while two need review. The 2.5-metre position and lower-contrast conditions need more work before TOOREA states a confirmed working range. Slow horizontal following produced two expected results and one review result. The review point covers lag or rebound near the direction changes. At the second, faster movement speed, all three runs need review. This makes the slow, one-person route a more suitable starting scenario than faster movement. Forward and backward movement produced two expected results and one review result. The open point is what happens when the subject moves far enough away to become smaller in the frame and the product has to reacquire the target.
Re-acquisition, obstruction and a second person
Leaving and returning from the left produced two expected results and one review. The same was recorded on the right. The test still needs a more detailed record of what happens at the edge of the frame and after a longer wait. The obstruction result was less conclusive. The three runs were recorded as need review, could not be completed, and need review. This record does not confirm that Q13 will keep the original target after an obstruction, nor does it establish a recovery time. When a second person entered, all three runs need review. The test did not close the questions around target locking, switching or cancelling a lock. Background movement produced one expected result and two review results. A person crossing behind the main subject can therefore remain a problem in livestream or product-demonstration settings. These findings do not mean the product uses identity recognition. The test recorded visible behaviour only. Any statement about recognition logic needs support from the confirmed product documentation.
Rotation, holder and stability
Rotation produced two expected results and one review result. The review covers start-up hesitation, overshoot, operating noise and possible cable interference when the product is used while connected. The base and leg check became more difficult as the product was extended. The low-height result was as expected, the middle-height result needs review, and the 180-centimetre result could not be completed for acceptance. Leg movement, joint play and the high centre of gravity still need correction or a documented height limit. Phone fit produced two expected results and one review result with the uncased baseline phone. The test did not complete a broad compatibility matrix for phones near the stated thickness limit, phones with cases or different side-button positions. Phone holding followed the same two-expected, one-review pattern. Low and medium positions were more settled than maximum extension. Holder force, tilt-joint holding force and the recommended phone weight still need confirmation. The direct-touch stability check was the clearest structural warning. The low-height run was as expected, the middle-height run needs review, and the 180-centimetre run could not be completed for acceptance. A user touching the phone at full extension may cause visible movement or move the base. The next sample needs either a structural improvement, a documented height restriction or a control method that reduces the need to touch the phone. Folding and unfolding produced two expected runs and one review run. The remaining concern is whether the long extension, legs and rotating joints keep consistent resistance and locking behaviour after repeated use. The TOOREA quality-control process explains how these observations can be converted into inspection points for structure, function, appearance and packaging.
Power, restart and runtime
The normal start sequence produced one expected result and two review results. The product can be assessed only against the selected control version, but indicator behaviour, low-power status, gesture states and accidental activation still need clearer instructions. Power-off, restart and reconnection produced two expected results and one review result. The remaining questions are the default state after restart, whether a target lock is retained and how a user performs a hard reset after an abnormal state. Runtime could not be completed in any of the three runs. The project had not locked the starting charge, operating mode, load, stop condition or agreed test method. Older capacity or runtime statements were therefore not used as a result. The buyer and supplier need to sign one method before a runtime figure can be recorded or published.
Packaging findings
All three packaging-content checks need review because there is no signed Q13 packing list in the record. The final cable, instructions, remote or other control item, insert and spare-parts arrangement remain open. The three internal-movement checks could not be completed. The workbook does not include a final packaging sample or post-transport evidence, so it cannot confirm movement inside the box, collision between parts or protection strength. Packaging should be retested with the final product configuration, inner support and instructions. Any change to the product, accessory set or insert can change the packaging result.
Five issues to close before approval
The sample can continue to an improvement and retest stage, but five areas block production approval. 1. Maximum-extension stability. Retest 180 centimetres on relevant surfaces with the intended phone. Include route movement and light screen contact. 2. Obstruction and multiple-person behaviour. Repeat the fixed obstruction and crossing routes, then record whether the main target is retained and how recovery occurs. 3. Control version and instructions. Lock the exact app-free, app-based, gesture or remote workflow, then make the product, label, manual and sales page agree. 4. Runtime method. Define the starting charge, mode, load, stop condition and evidence format before another run. 5. Packaging. Approve the packing list and inner support, then repeat the internal-movement and post-handling checks. If a structural or control change is needed, place it in the OEM/ODM development process with a named owner and a retest requirement. TOOREA supports branding on existing models, product modification, appearance design, product structure design and mold development, subject to project review.
What wholesale buyers should take from the test
Q13 can move forward for a controlled indoor scenario with one person, fixed lighting, slow horizontal movement and low to medium working heights. That is a conditional decision, not a blanket performance claim. The record does not support maximum-height approval, a public tracking-accuracy figure, a confirmed recovery time, a full compatibility claim, a runtime number or final packaging approval. Those points need either a corrected sample, supplier documentation or a defined retest. Buyers comparing Q13 with C12, Q1, Q14 or Q16 should use the same 33-item structure but give each physical sample its own identity and evidence. Results from Q13 cannot be transferred to another model. The face tracking tripod test method explains the repeatable sequence, and the editable blank checklist can be adapted for the next sample. The AI Tracking tripod range provides the current model entry points, while the face tracking tripod sourcing guide covers the wider selection process.
Was a physical Q13 sample tested?
Yes. TOOREA QC team tested a physical Q13 sample on 21 May 2026. The project owner confirmed on 9 August 2026 that all 33 items and their three result columns came from real testing.
Did Q13 pass 26 of 33 tests?
No. Twenty-six items are marked completed in the workflow, but that is not a pass count. The buyer decisions include 26 conditional acceptances, two items that matched the intended use case, and five items that need modification.
How many individual results were recorded?
The 33 checks each have three result columns, giving 99 individual results. Forty were marked as expected, 44 need review, and 15 could not be completed.
Which results were the most consistent?
The fixed environment check and centre-position acquisition each recorded three expected results. Faster movement, obstruction, multiple-person behaviour, maximum-height stability, runtime and packaging were less conclusive.
Is Q13 approved at 180 centimetres?
No. The maximum-height base and leg check could not be completed for acceptance, and the 180-centimetre touch-stability check also could not be completed. Maximum extension needs correction, a documented restriction or another test.
Is the sample approved for production?
No. The current decision is to continue with conditions, correct the open issues and retest. The sample cannot become the production reference until its identity, version, instructions, accessories, packaging and open risks are closed.
Are these laboratory or third-party results?
No. This is an internal physical-sample test by TOOREA QC team. The workbook does not include the original photos, videos, laboratory files or third-party reports, so the article reports qualitative internal observations and does not publish an accuracy percentage.
Can the Q13 results be applied to other AI Tracking models?
No. C12, Q1, Q14 and Q16 may use different structures, holders, controls, power arrangements and packaging. Each selected model needs its own physical sample test.
Final decision
The Q13 physical sample can continue to an improvement and retest stage. The strongest results were the controlled environment setup and centre-position acquisition. Full-extension stability, obstruction and multiple-person behaviour, control documentation, runtime methodology and packaging remain open. Buyers preparing a Q13 project can send the test scenario and required changes. Include the destination market, sales channel, phone requirements, working heights, movement pattern, customization scope and evidence needed for approval.
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