// Section 01

Why Toggles Matter ⚡

Yellow halves make up 62% of all pin halves on the field. Toggles convert visible yellow halves into +10 points each. Toggle control is the largest scoring lever in Override.

**Figure FO-1:** Override field. Toggles sit on the perimeter wall in each of the 4 quadrants. © 2026 VEX Robotics, Inc. Used for V5RC team training under fair use. Source: VEX V5RC Override Game Manual v0.1, page 19.

🎯 Override 2026-27 specific ⚙ Strategic guide ⭐ Highest-leverage scoring lever

The 62% Number

Override has 63 pins. Each pin has 2 halves, so 126 pin halves total. Of those, the yellow halves break down as follows:

Pin Type	Count	Yellow Halves
red/yellow	20 pins	20 yellow halves
blue/yellow	20 pins	20 yellow halves
yellow/yellow	19 pins	38 yellow halves
red/blue	4 pins	0 yellow halves
Total yellow halves on the field		78 out of 126 = 62%

// Toggle math — theoretical maximum from yellow halves 78 yellow halves × 10 points each = 780 yellow points possible // If you control all 4 toggles AND every yellow half is visible (transparent-side) // AND you place every pin on goals in your toggle's quadrant... Up to 780 points just from yellow halves. // Realistic ceiling: control 2 of 4 toggles, capture ~30 yellow halves ~300 points from yellow halves alone is achievable

By comparison, all 48 red/blue halves combined (24 red + 24 blue, the directly-scoring colors) cap at 48 × 5 = 240 points. So the yellow-half lever alone is potentially over 3× the value of every direct red/blue half on the field.

Why This Matters Strategically

The single most valuable thing a robot can do is establish toggle control in their best-loaded quadrant before opponents react.
Defending a toggle is more valuable than scoring 2 more red pins. A toggle controlling 6 visible yellow halves = 60 points; 2 red pins on goals = 10 points.
Stealing a toggle can swing 60-100 points in a single 1-second action. There's no other action in the game with that point density.

⚡

Don't under-budget toggle strategy. Pre-manual planning underweighted toggles. After reading the v0.1 manual, the math says toggles are the central scoring lever. Plan strategy and mechanism design around them.

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**Figure A8:** Toggle specifications: 25.99″ long triangular prism with three faces (red, blue, yellow). Mounted on perimeter wall. © 2026 VEX Robotics, Inc. Used for V5RC team training under fair use. Source: VEX V5RC Override Game Manual v0.1, page 104.

// Section 02

How Toggles Work ⚙

Four toggles, one per quadrant, each in three possible states. Each toggle's state determines which alliance owns the yellow halves on goals in its quadrant.

The Four Quadrants

The field divides into 4 quadrants. Each quadrant contains 1 alliance-colored goal + 1 short neutral goal + 1 toggle. The midfield has the tall center goal but no toggle.

Quadrant	Alliance Goal	Neutral Goal	Toggle
Red NW	1 red goal	1 short neutral	1 toggle (any state)
Red SE	1 red goal	1 short neutral	1 toggle (any state)
Blue NE	1 blue goal	1 short neutral	1 toggle (any state)
Blue SW	1 blue goal	1 short neutral	1 toggle (any state)

📍

Quadrant naming convention is internal. The manual labels quadrants by their alliance and position; the exact compass labels (NW/SE/etc.) are our convention for clarity. The team can use whatever naming feels natural during scouting and strategy discussions.

The Three Toggle States

Yellow (default / unclaimed)

Yellow halves on goals in this quadrant score 0 points

All toggles start in this state at match begin (working assumption pending Q&A confirmation). When neither alliance has captured a toggle, yellow halves on goals in that quadrant are dead weight — visible but worth nothing. Direct-scoring red/blue halves still count normally.

Red

Yellow halves on goals in this quadrant score +10 each for red alliance

When red activates the toggle in any quadrant, every visible yellow half on every goal in that quadrant scores 10 points for red. This applies regardless of which alliance placed the pin — if a blue robot put a yellow/yellow pin on a neutral goal in a red-toggled quadrant, both yellow halves score for red.

Blue

Yellow halves on goals in this quadrant score +10 each for blue alliance

Mirror of the red state. Blue activates → all visible yellow halves in that quadrant score +10 for blue.

Toggle Activation (Pending Confirmation)

The v0.1 manual confirms toggles exist and what they do. It does not precisely specify how a toggle is activated. Until the VEX Q&A clarifies (forum opens May 14, 2026), we assume:

Toggles are physically pressed/pushed (similar to past V5RC field elements like beacons or buttons).
Toggles are re-toggleable freely throughout the match — the most recent activation wins.
The activation includes a color selection (red, yellow, or blue) based on which side or button is pressed.

❓

Watch the Q&A for activation specifics. If toggles turn out to be time-locked (can't flip again for X seconds after a flip), or single-shot (one flip per match per alliance), the strategy below will need adjustment. The site's working assumption is "freely re-toggleable" until told otherwise.

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**Figures SC5-1 / SC5-2:** Toggle ownership states: red toggle = red claims yellow pins in that quadrant. Blue toggle = blue claims. Yellow (default) = no one scores yellow pins. © 2026 VEX Robotics, Inc. Used for V5RC team training under fair use. Source: VEX V5RC Override Game Manual v0.1, page 26.

// Section 03

The Math 📊

Worked examples of how toggles convert yellow halves into points, and how the math depends on yellow loading per quadrant, cup orientation, and which alliance placed which pins.

Per-Half Scoring (SC3) Refresher

A pin half scores if (a) not covered by a cup, OR (b) covered by the transparent half of a cup. Opaque coverage suppresses the half from scoring.

Worked Example 1: Single Yellow Pin in a Red-Toggled Quadrant

You place 1 yellow/yellow pin on a neutral goal in a quadrant where the toggle is set to red. No cup yet.

// 2 yellow halves visible (no cup) 2 halves × 10 pts each = 20 pts for red alliance

Now add a cup, transparent side toward the pin's upper half. The cup's upper hourglass nests over the pin. The cup's transparent half is on the bottom.

// Lower half: bare, visible → scores 1 half × 10 pts = 10 pts // Upper half: covered by transparent cup → visible → scores 1 half × 10 pts = 10 pts // Total 20 pts to red alliance (cup with transparent-down doesn't change scoring)

Same pin, same cup, but cup placed opaque-side toward the pin instead.

// Lower half: bare, visible → scores 1 half × 10 pts = 10 pts // Upper half: covered by opaque cup → suppressed → 0 pts 0 pts // Total 10 pts to red alliance (cup with opaque-down kills 10 pts)

So cup orientation matters by 10 points per yellow/yellow pin. A team scoring 5 yellow/yellow pins with correct cup orientation banks 100 points; with wrong orientation, 50 points.

Worked Example 2: 4 Yellow Pins in a Toggled Quadrant

Suppose your alliance places 4 yellow/yellow pins on goals in your toggled quadrant, all with correct cup orientation:

// 4 pins × 2 halves each × 10 pts (all visible) 4 × 2 × 10 = 80 pts // Direct red/blue contribution from those pins: 0 // All scoring comes from the toggle conversion 80 pts swing from a single toggle in one quadrant

Worked Example 3: Toggle Steal Mid-Match

Your alliance places 6 yellow/yellow pins on goals in a quadrant whose toggle is currently red. With correct cup orientation, that's 12 visible yellow halves × 10 = 120 points scoring for red.

At 0:30 remaining, blue activates that quadrant's toggle and flips it to blue. Suddenly:

// Same 12 visible yellow halves — but now claimed by blue // Red loses 120 pts, blue gains 120 pts +240 point swing in 1 second

This is the most extreme single-action swing in Override. It's also why defending your active toggles is critical late in the match.

Worked Example 4: Center Goal + Endgame Bonus

The center goal is in the midfield, not in any quadrant, so no quadrant toggle directly controls it. However: per SG12, the alliance with the most robots inside the midfield boundary at clock-zero claims all yellow-pin points scored on the center goal.

If 4 yellow/yellow pins are placed on the center goal with correct cup orientation, that's 8 visible yellow halves × 10 = 80 points. Whoever wins the endgame claims those 80 points outright (in addition to +8 per robot in the boundary, +16 max).

// Center goal scenario: 4 yellow pins, both alliances commit to endgame 80 yellow pts (claimed by endgame winner) +16 robot bonus (winner) = +96 pts to endgame winner, −80 to loser (no claim) = ~176 point swing on the endgame outcome

This is why the Override Endgame Strategy page identifies the center-goal yellow loading as the primary input to endgame role decisions.

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// Section 04

Strategic Decisions 🧐

When to capture, when to defend, when to steal, when to ignore. The decisions that decide matches.

Capture: Activate a Toggle Early

Capturing means you press a toggle in your favor first, before placing pins in that quadrant. Then you place yellow pins (especially yellow/yellow) in that quadrant and they immediately count.

Best for: teams that can place pins fast in a single quadrant.
Sequence: activate toggle → place 4-6 yellow pins in goals in that quadrant → maintain control.
Risk: opponent flips the toggle later. Mitigate by defending the toggle late in the match.

Hoard-Then-Flip: Place Pins First, Activate Toggle Last

Some teams prefer placing yellow pins on goals in a quadrant without activating the toggle. Then at the right moment, activate. All those previously-placed pins suddenly score.

Best for: teams that want to obscure their scoring, or who can't reliably defend a toggle for the whole match.
Sequence: place 5-8 yellow pins in goals in a quadrant (toggle stays yellow) → activate toggle in your favor at 0:20 → opponent has 20 seconds to flip back.
Risk: opponent flips back before clock-zero. The math swings against you. Fewer chances for opponent to react if you wait until 0:10 (but cutting it that close is risky if your activation mechanism fails).

Steal: Flip an Opponent's Toggle

Stealing means you reach an opponent's active toggle and flip it to yours, claiming all visible yellow halves they'd been accumulating.

Best for: teams with fast, mobile robots and a flexible mechanism that can reach a toggle without releasing held pins.
Sequence: identify a toggled quadrant where opponents have placed many yellow pins → drive to that toggle → flip it.
Risk: opponents flip back. Steal late (last 30s) so they have less time to react.

Defend: Stay Near Your Active Toggle

If you've captured a toggle and have many yellow pins in that quadrant, defending the toggle is worth more than scoring more pins.

Best for: alliance partner of a high-scoring robot. The defender stations near the toggle, blocks opponent approach.
How: drive between the toggle and any approaching opponent. Body-block. SG12.2 only authorizes vigorous interactions in the midfield endgame — in the regular match, normal contact rules apply, but a blocking robot is still permitted.
Risk: opportunity cost. Standing near a toggle means you're not scoring elsewhere. Worth it if the toggle controls 60+ yellow points.

Ignore: Let a Quadrant's Toggle Stay Yellow

If your team has decided not to compete in a particular quadrant, the toggle there can be left yellow (default). Yellow pins placed there score 0 for both alliances.

Best for: 2-quadrant focus strategies. Some teams pick the 2 best-loaded quadrants and ignore the others entirely.
Why: two robots can't cover 4 quadrants well. Picking 2 means deeper coverage.
Risk: you're ceding the other 2 quadrants entirely. If opponents play well in those quadrants, you can't catch up.

Decision Tree

Situation	Best Move
Match start, no toggles touched	Capture the toggle in your best-loaded quadrant first
You have 5+ yellow pins in a quadrant, toggle is yours, 30s left	Defend — stay nearby
Opponent has 5+ yellow pins in a quadrant, toggle is theirs	Steal at 0:30 or later
You have 5+ yellow pins in a quadrant, toggle is still yellow	Hoard-then-Flip at 0:15 (later if you can defend it)
You're behind 50+ pts, only winning move is endgame	Ignore toggles, focus on midfield endgame
Two quadrants are loaded with 10+ yellow pins each, toggles split between alliances	Steal the more valuable one in the last 20s

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// Section 05

Mechanism Implications 🔧

Whether to add a dedicated toggle-flipper, what the 1+1 possession limit (SG6) means for yellow pin accumulation, and how the manipulator design interacts with toggle play.

Do You Need a Dedicated Toggle Flipper?

The activation mechanism for toggles is unconfirmed (Q&A pending). Assuming toggles are physically pressed similar to past field elements, your robot can activate a toggle by:

Bumper contact — ram into the toggle. Works if toggle is at bumper height and pressing is the activation gesture. No extra hardware.
Manipulator press — lower the manipulator gripper onto the toggle. Works if toggle is between bumper and goal heights. Uses your existing arm.
Dedicated flipper — a small servo or paddle specifically for toggles. Adds 1 motor + linkage. Most flexibility, most cost.

⚙

Recommendation: don't add a dedicated flipper unless absolutely necessary. The Hero Bot baseline doesn't have one. Bumper contact or manipulator press handles toggles for almost all situations. A dedicated flipper costs a motor (11W of your 88W total budget per R10a) that's usually better spent on the manipulator or arm.

1+1 Possession (SG6) Constrains Accumulation

Yellow pin accumulation strategy is bounded by the 1+1 possession limit. You can't collect 5 yellow pins on your robot and dump them all in a quadrant in one trip. Each yellow pin requires a separate trip:

Pick up 1 pin from match-load loader or a field pin pool.
Drive to your target quadrant's goal.
Place the pin in the goal.
Repeat 4-6 times to load up the quadrant.

This means hoarding yellow pins in a quadrant takes 1:00 of cycle time. Capturing the toggle (a single-second action) at the right moment magnifies all that accumulated work.

Pattern: Cycle + Toggle

Most efficient sequence for a single robot in a single quadrant:

0:00 — auto: activate quadrant's toggle if reachable. Place 1-2 alliance pins on alliance goal for AWP requirement.
0:15-0:45 — cycle: pickup yellow pin from loader, place in quadrant's short neutral goal, return. Repeat 4-5 times.
1:00-1:30 — cup placement: pick up cups, place on top of pins with correct orientation.
1:30-1:50 — defend toggle. Sit between toggle and opponent approach paths.
1:50-2:00 — endgame: collapse height if entering midfield (see Override Endgame Strategy), or stay outside.

Sensors That Help Toggle Play

Sensor	Use	Notes
Distance sensor (front bumper)	Aim at toggle for activation	Reliable, cheap. ~$13 part. Works through field lighting.
Optical sensor on manipulator	Detect cup orientation before placement	See sensors-optical when published. Critical for yellow scoring.
AI Vision Sensor	Identify toggles + goals from a distance	Useful but not necessary for toggle play specifically. Use for navigation.

Coordinated Alliance Strategy

Two-robot alliance toggle play multiplies impact:

Specialize: One robot focuses on yellow-pin cycling (4-6 trips). The other places cups (with correct orientation) and defends toggles.
Cover 2 quadrants: Each robot picks a quadrant. Both activate & defend their respective toggles.
Late-match steal: If opponents have hoarded yellow pins in a quadrant under their toggle, your fast robot makes a steal run at 0:25.

📝

Notebook entry tip: Document your toggle strategy in the strategy section of your engineering notebook. Include: which quadrant is your primary, your activation method (bumper / manipulator / flipper), your plan for stealing or defending in the last 30 seconds, and your fallback if the activation mechanism fails. Judges look for explicit strategy reasoning — toggles are the highest-leverage decision in Override and showing you've thought it through is impressive.

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