When to Lead with Essentials

Lead with Essentials any time the buyer is grades 6+ and the conversation touches equations, algebra readiness, slope, linear relationships, or hands-on secondary math. This is the flagship secondary product — 35 lessons covering equations through variables on both sides (Balance Lab) and rate through y = mx + b (Slope Lab). Together they address foundational algebra — equations, linear relationships, slope, y = mx + b — the content that determines whether students succeed when algebra gets harder.

The "fully durable" point matters at the secondary level: unlike PRISM (consumable), the Essentials kit is a one-time purchase. Physical balances, cups, cubes, Circuit Cubes™ racer kits, ramps, tape measures, stopwatches — all reusable. No ongoing costs. That changes the budget conversation from annual expense to one-time investment.

When NOT to lead with Essentials: If the buyer is elementary (grades 3–5), lead with PRISM. If the conversation is specifically about 6th-grade ratios/proportional reasoning and the buyer wants a shorter commitment, lead with Journey to Titan (10 sessions). Essentials is 35 lessons — a substantial commitment, and that's the right pitch for schools that want depth. For schools wanting to test the format, Journey to Titan or a pilot with one lab is a better entry point.

The 30-Second Pitch

Two labs, one bundle. Balance Lab gives students a physical balance with cups and cubes. Over 14 lessons, they progress from a physical balance to a mat representation with cups and cubes, and finally to paper and pencil — concrete to abstract, with the physical experience as the foundation. Slope Lab picks up from there: students build motorized racers using Circuit Cubes™, race them on physical ramps, collect real data, and work from rate through slope to y = mx + b over 21 lessons. Together that's foundational algebra — equations and linear relationships — built through physical materials and real data. All materials fully durable, no refills. The teaching portal runs every lesson with slides, timing, and video walkthroughs from Howie Templer. Supplemental — built for enrichment, STEM time, or intervention blocks.

What to Show in a Meeting Rep Only

If you have 60 seconds

Open the Balance Lab Explore page and scroll to a classroom photo of students working at a balance. A physical balance with cups and cubes on each side — students solving equations they can see and touch. That single image communicates the concept faster than any pitch. Have the page ready before the meeting.

If you have 5 minutes

Show the arc across both labs. Start with Balance Lab Lesson 1 (building the physical balance, exploring equality with objects), jump to Lesson 5 (students move to a mat representation with cups and cubes — variables on both sides, 8th-grade algebra made concrete), then switch to Slope Lab and show the racer build and the data collection. The progression from physical balance to mat to paper — and then from racers to data to y = mx + b — tells the whole story.

If you have 15 minutes

Walk through the Balance Lab teaching portal. Open Lesson 5 or 6 — variables on both sides on the mat — and advance through 4–5 slides so they see the structure: Howie's video walkthrough, the student activity, the timer. Show how students progress from physical balance (Lessons 1–4) to mat with cups and cubes (Lessons 5–9) to paper and pencil (Lessons 10–13). Then switch to Slope Lab and show the data collection sequence: students race, measure, average trials, graph, find slope, write equations. End with the standards alignment. The concrete-to-abstract progression is the argument.

If you're meeting a teacher specifically

Start with Balance Lab Lesson 5. Click through the slides, play Howie's video. Teachers see immediately that the mat with cups and cubes makes "variables on both sides" concrete — students who struggle with abstract notation can see what it means for an equation to balance, and manipulate it physically. Then show one Slope Lab lesson where students collect data from their racers. Teachers who teach Algebra 1 or pre-algebra recognize these as the exact concepts their students struggle with. The physical format gives students a different entry point into the same mathematics.

Presentation Decks

For Teachers & Coaches Coming Soon

Balance → equations arc, Slope Lab data sequence, teaching portal walkthrough.

For Principals Coming Soon

Algebra readiness, visible rigor, pilot proposal, durable ROI.

For Coordinators Coming Soon

Standards alignment, Algebra 1 coverage map, evaluation partnership, PD.

For District Leaders Coming Soon

Durable ROI, funding pathways, algebra readiness data, scalability.

Essentials-Specific Objections Rep Only

These are objections specific to this product. For universal objections (budget, time, evidence, digital), see the Scenarios page.

35 lessons is a huge commitment

It is — and that's the value proposition. You're getting 40–50 hours of structured algebra application. But you don't have to commit to all 35 at once. Start with Balance Lab (14 lessons) as a pilot. If it works, add Slope Lab the following semester or year. The bundle pricing saves money, but the labs can run independently. Balance Lab is a complete arc: equality through variables on both sides. Slope Lab is a complete arc: rate through y = mx + b. Either one stands alone.

Our students are behind — they need remediation, not projects

Students who struggle with equations on paper often do better when they can see and feel what's happening. In Lessons 1–4, students work on a physical balance that tips when the math is wrong — immediate physical feedback without waiting for a teacher to check their work. In Lessons 5–9, they move to a mat with cups and cubes, building toward abstraction while still manipulating objects. By the time they're writing algebra on paper (Lessons 10–14), they've solved those same equations with their hands. The lab doesn't replace your intervention program. It gives struggling students a different entry point into the same mathematics.

We already teach equations and slope — why do we need this?

Balance Lab teaches the same equation-solving your curriculum teaches — but through a physical system where 2x + 3 and 7 are cups and cubes on a balance, and students have to figure out what makes it level. They progress from a real balance to a mat representation to paper and pencil. By the time they're writing algebra on paper, they've already solved that equation with their hands. The concept is the same. The understanding is grounded in physical experience. Slope Lab works the same way: students don't learn "rise over run" from a definition. They collect data from racers they built, graph it, and discover that the steepness of the line is the rate. The labs supplement what you're already teaching by giving students the physical and experiential foundation that makes the abstract notation meaningful.

Physical balances and racers in a middle school classroom — will they take it seriously?

The materials are designed for the math, not for play. The balance is a precision tool — it responds to mathematical relationships. If the equation is wrong, the balance tips, and everyone on the team sees it. The racers are motorized vehicles built from Circuit Cubes™ kits — real engineering components, not toys. Students collect real data (distance, time, averages), graph it, and write equations that predict race outcomes. The Grand Prix in Lessons 18–21 is where students use y = mx + b to predict which racer wins — and then race to see if they were right. The physical rigor matches the mathematical rigor.

Does this replace our Algebra 1 curriculum?

No — and it shouldn't. Essentials covers foundational algebra concepts: equations, linear relationships, slope, y = mx + b. It does not cover systems of equations, exponents, polynomials, quadratics, or factoring. It teaches the same concepts your core curriculum teaches — but through physical materials and real data, which gives students a different kind of understanding. Position it as enrichment, STEM time, or a structured supplement to your algebra program. The design logic is that students who solve equations physically before solving them on paper have a concrete reference point — when they see 2x + 3 = 7 in notation, they've already worked through that relationship with cups and cubes.

What's in the Kit

One or two boxes depending on kit size. Everything ships sorted and labeled. All materials are fully durable — no consumables, no refills.

Balance Lab

K'Nex™ balance beam kits

Cups and cubes

Equation mats and work mats

ZERO OUT and CARD X game cards

Player's guides and teacher materials

Slope Lab

Circuit Cubes™ Gravity Racer kits

Motor kits (for motorized racer phase)

Ramp kits

Tape measures and stopwatches

Write-on wipe-off oversized graphing boards

Player's guides and teacher materials

Standards by Lesson

Balance Lab — 14 Lessons

Equations: equality through variables on both sides

Lesson	What Students Do	Standards
1–3	Build a physical balance — represent equality with objects	6.EE.B.5
4	Logic puzzles — substitution and reasoning	6.EE.B.5
5	Move to mat — variables on both sides with cups & cubes	8.EE.C.7
6	Write & solve algebraic equations — variables on both sides	8.EE.C.7
7	Equations with negative numbers — zero pairs	8.EE.C.7
8	Isolate a variable — inverse operations	8.EE.C.7a
9	Play ZERO OUT — distributive property	8.EE.C.7b
10	Transfer balanced moves to paper	8.EE.C.7a, 8.EE.C.7b
11	Distributive property with negatives and zero pairs	8.EE.C.7b
12	Solve complex equations on paper	8.EE.C.7a, 8.EE.C.7b
13	Solve more complex equations on paper	8.EE.C.7a, 8.EE.C.7b
14	Play CARD X — create and solve equations	8.EE.C.7a

Slope Lab — 21 Lessons

Rate, slope, and linear relationships through y = mx + b

Lesson	What Students Do	Standards
1–3	Build a Gravity Racer (no motor)	7.RP.A.2
4–5	Ramp data — measure, average three trials	7.RP.A.2
6–7	Build a Motor Racer	7.RP.A.2
8–10	Constant rate exploration — distance vs. time	7.RP.A.2b
11–12	Unit rate — compute and interpret	7.RP.A.1
13–14	Graphing & slope — rise over run from data	8.EE.B.5, 8.F.A.3
15	Writing equations — y = mx + b	8.F.A.3, 8.EE.B.6
16	Gear investigation — rate of change	8.F.A.2, 8.F.B.4
17	The Fair Race — y-intercept	8.F.A.3, 8.EE.B.6
18–21	Grand Prix — predictions using y = mx + b	8.F.A.1–3, 8.EE.B.5–6

PD Workshop Connection

How PD works with Essentials

In the half-day PD workshop, the facilitator uses a Balance Lab session — typically Lesson 5 or 6, where students work with variables on both sides using cups and cubes on a mat — as the core activity. Teachers experience the session as learners first: they set up equations, manipulate cups and cubes, argue about whether their moves preserve equality, and transfer to paper notation. Then they unpack the teaching moves with the facilitator: when to let teams struggle, when to intervene, how to facilitate the transition from physical to symbolic. They leave understanding both the algebra and the pedagogy of physical reasoning.

The sentence for the buyer: "We offer a half-day PD workshop where a nationally recognized math educator leads your teachers through a Balance Lab session — they solve equations on a physical balance themselves, then unpack the teaching moves. It's genuine professional development on structuring hands-on algebra instruction. $3,995, up to 30 teachers, fundable through Title II-A as a separate line item from the kits."

Pair With

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Space Academy: Journey to Titan (Grade 6)

Strong complement or entry point. Journey to Titan covers ratios, rate, and percent through a motorized vehicle in an aerospace context — 10 sessions, lighter commitment. Schools can start with Journey to Titan in 6th grade and add Essentials for 7th–8th, or run them in parallel for different classes.

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Games Library (Free)

Use as a lead-in. Send a teacher 2–3 free print-and-play games targeting fractions or pre-algebra concepts. If students respond to the collaborative, hands-on format, propose Essentials as the full lab experience.

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The Full 3–8 Sequence

For district-level conversations: PRISM (grade 3) → Design Game X (grade 4) → The Next Big Game + Finding P.I.P.E.R. (grade 5) → Journey to Titan + Balance Lab (grade 6) → Slope Lab (grade 7+). One product per grade level, building from area through algebra. Essentials anchors the secondary half of the sequence.

Pricing

Kit Size	Teams / Students	Price	Per Student
Starter Kit	2 teams · 4–8 students	$395	~$49
4-Team Kit Lead with this	4 teams · 12–16 students	$795	~$50
Full Classroom Kit	Up to 28 students	$1,295	~$46

Bundle includes both Balance Lab and Slope Lab materials: K'Nex™ balance beam kits, cups & cubes, equation mats, Circuit Cubes™ racer kits (motorless + motor), ramp kits, tape measures, stopwatches, write-on wipe-off graphing boards, game cards, player's guides, and teaching portal access. All materials are fully durable — no consumables, no refills. One-time purchase.

Add PD: $3,995 for a half-day workshop, up to 30 teachers. Fundable through Title II-A (separate budget line from kits). See the Funding Guide for details.