Moneyless-ness due to automation is in reality Wage-lessness. The core paradox of technological unemployment and aggregate demand—famously captured in the exchange between union leader Walter Reuther and a Ford executive showing off factory robots: when the executive asked how Reuther planned to collect union dues from the machines, Reuther replied, "How are you going to get them to buy cars?" Saving human labor lowers unit costs and expands margins for an individual firm, but across the macroeconomy, wage labor is the primary vehicle for distributing consumer purchasing power. Without wages, high-volume production encounters a wall of missing effective demand of this is not substituted with an unconditional universal non means tested benefit. By Chuck Sax Windlass Bank. We would like to consider all the English people in the world as a market for English and European goods; not just American goods. We believe free trade is the best way to achieve this as we understand that whole we could have trade tariff wars where we all lose, it is the loss in the extended American market for the sale of one's goods and the loss in product diversity that is most troubling. Losing Canada is not so significant to ask American beer producer but it is a loss in sales; an unnecessary loss. North America is a German Japanese car market but no matter how much we save in human labour, what market for sales of the product is there if the population does not have any money due to Wage-lessness. Without wages, high-volume production encounters a wall of missing effective demand if this is not substituted with an unconditional universal non means tested benefit. This is to maintain the Royal plebes. You are a Royal plebe boy, not a martyr, but you will have your benefits and arrears now. Click here.

 

Moneyless-ness due to automation is in reality Wage-lessness.  

The core paradox of technological unemployment and aggregate demand—famously captured in the exchange between union leader Walter Reuther and a Ford executive showing off factory robots: when the executive asked how Reuther planned to collect union dues from the machines, Reuther replied, "How are you going to get them to buy cars?" Saving human labor lowers unit costs and expands margins for an individual firm, but across the macroeconomy, wage labor is the primary vehicle for distributing consumer purchasing power. Without wages, high-volume production encounters a wall of missing effective demand of this is not substituted with an unconditional universal non means tested benefit.  

By Chuck Sax Windlass Bank.

We would like to consider all the English people in the world as a market for English and European goods; not just American goods.  We believe free trade is the best way to achieve this as we understand that whole we could have trade tariff wars where we all lose, it is the loss in the extended American market for the sale of one's goods and the loss in product diversity that is most troubling. Losing Canada is not so significant to ask American beer producer but it is a loss in sales; an unnecessary loss.  

North America is a German Japanese car market but no matter how much we save in human labour, what market for sales of the product is there if the population does not have any money due to Wage-lessness.  Without wages, high-volume production encounters a wall of missing effective demand if this is not substituted with an unconditional universal non means tested benefit.  This is to maintain the Royal plebes. You are a Royal plebe boy, not a martyr, but you will have your benefits and arrears now. 

Click here. 

When labor-saving robotic efficiency outpaces income distribution, several distinct economic markers signal that consumer capacity is decoupling from production:

• Wage-Productivity Divergence: Real output per hour continues to rise while real median worker compensation flattens out, indicating that productivity gains are accruing almost entirely to capital owners rather than workers.
• Debt-Engineered Liquidity: To offset stagnant wages, consumer spending is sustained through financial extension—such as 84-month or 96-month auto loans, expanded credit utilization, and aggressive leasing programs. Surging subprime auto defaults are a primary marker that financial engineering has reached its limit.
• The K-Shaped Market Bifurcation: The mass middle market collapses. Automakers pivot away from affordable volume models toward high-margin luxury vehicles targeting capital owners and top income earners, alongside low-margin fleet or rental sales.
• Declining Money Velocity: Capital concentrates among high net-worth households and corporations with a lower marginal propensity to consume, causing the circulation speed of money in the real economy to slow significantly.

If consumer wage income evaporates entirely, the mass retail auto market ceases to exist in its traditional form. Production either shrinks to match the limited demand of high-wealth households, or transitions into fleet-operated, state-subsidized, or subscription mobility. In a hyper-automated economy, sustaining a private consumer market ultimately requires decoupling purchasing power from labor—relying on mechanisms like consumer dividends, social wealth funds, or universal basic income to recycle capital back into aggregate demand.

Replacing wages with universal unconditional income support fundamentally re-engineers the macroeconomic circuit. It solves the effective demand crisis by converting purchasing power from an internal production cost (wages paid by individual firms) into a systemic market condition (an unconditional dividend supplied across the entire economy).

When purchasing power is decoupled from human labor, the dynamics of high-volume manufacturing shift in four distinct ways:

• The Recapture Closed Loop: In a wage-less economy, consumer demand exists as a public infrastructure asset. The economic circuit only functions if the revenue realized by hyper-automated capital is continually recaptured—via consumption taxes (VAT), resource rents, or automated production levies—and recycled back to households as unconditional income. If the recycling rate matches the rate of automated output, the missing demand wall vanishes.
• Marginal Cost Collapse vs. Real Purchasing Power: Because human labor is eliminated from the production line, unit production costs collapse toward the raw material, energy, and capital depreciation baselines. As a result, high-volume goods become significantly cheaper. A universal basic dividend does not need to match historical wage levels in nominal terms to deliver equal or greater real purchasing power for mass-produced goods.
• From Demand-Constrained to Resource-Constrained: With effective demand artificially stabilized through universal transfers, the primary bottleneck on high-volume manufacturing shifts from "Can consumers afford to buy this?" to "Can the physical supply chain sustain this output?" The economic limits move to energy grid capacity, critical mineral availability (e.g., lithium, copper, neodymium), land use, and environmental carrying capacity.
• Shift in Product Architecture and Ownership: When income is guaranteed but no longer tied to individual wage growth or status climbing through employment, consumer behavior alters. High-volume markets tend to transition away from high-depreciation, individual debt-financed assets (like private ownership of 4,000-lb cars) toward shared fleet access, standardized modular goods, and utility-driven subscriptions where durability outranks planned obsolescence.

The central challenge in this framework ceases to be a monetary one and becomes an allocative one: setting the recycling rate of capital high enough to clear mass-produced supply without triggering demand-pull inflation on fixed-supply assets like real estate and scarce natural resources.

Click here. due to automation is in reality wage-lessness that results in low consumer ability to pay unless we substitute wages with an income support benefit or Citizens-Dividend. 

 The core paradox of technological unemployment and aggregate demand—famously captured in the exchange between union leader Walter Reuther and a Ford executive showing off factory robots: when the executive asked how Reuther planned to collect union dues from the machines, Reuther replied, "How are you going to get them to buy cars?" Saving human labor lowers unit costs and expands margins for an individual firm, but across the macroeconomy, wage labor is the primary vehicle for distributing consumer purchasing power. Without wages, high-volume production encounters a wall of missing effective demand.

Click here. 

When labor-saving robotic efficiency outpaces income distribution, several distinct economic markers signal that consumer capacity is decoupling from production:

• Wage-Productivity Divergence: Real output per hour continues to rise while real median worker compensation flattens out, indicating that productivity gains are accruing almost entirely to capital owners rather than workers.
• Debt-Engineered Liquidity: To offset stagnant wages, consumer spending is sustained through financial extension—such as 84-month or 96-month auto loans, expanded credit utilization, and aggressive leasing programs. Surging subprime auto defaults are a primary marker that financial engineering has reached its limit.
• The K-Shaped Market Bifurcation: The mass middle market collapses. Automakers pivot away from affordable volume models toward high-margin luxury vehicles targeting capital owners and top income earners, alongside low-margin fleet or rental sales.
• Declining Money Velocity: Capital concentrates among high net-worth households and corporations with a lower marginal propensity to consume, causing the circulation speed of money in the real economy to slow significantly.

If consumer wage income evaporates entirely, the mass retail auto market ceases to exist in its traditional form. Production either shrinks to match the limited demand of high-wealth households, or transitions into fleet-operated, state-subsidized, or subscription mobility. In a hyper-automated economy, sustaining a private consumer market ultimately requires decoupling purchasing power from labor—relying on mechanisms like consumer dividends, social wealth funds, or universal basic income to recycle capital back into aggregate demand.

Replacing wages with universal unconditional income support fundamentally re-engineers the macroeconomic circuit. It solves the effective demand crisis by converting purchasing power from an internal production cost (wages paid by individual firms) into a systemic market condition (an unconditional dividend supplied across the entire economy).

When purchasing power is decoupled from human labor, the dynamics of high-volume manufacturing shift in four distinct ways:

• The Recapture Closed Loop: In a wage-less economy, consumer demand exists as a public infrastructure asset. The economic circuit only functions if the revenue realized by hyper-automated capital is continually recaptured—via consumption taxes (VAT), resource rents, or automated production levies—and recycled back to households as unconditional income. If the recycling rate matches the rate of automated output, the missing demand wall vanishes.
• Marginal Cost Collapse vs. Real Purchasing Power: Because human labor is eliminated from the production line, unit production costs collapse toward the raw material, energy, and capital depreciation baselines. As a result, high-volume goods become significantly cheaper. A universal basic dividend does not need to match historical wage levels in nominal terms to deliver equal or greater real purchasing power for mass-produced goods.
• From Demand-Constrained to Resource-Constrained: With effective demand artificially stabilized through universal transfers, the primary bottleneck on high-volume manufacturing shifts from "Can consumers afford to buy this?" to "Can the physical supply chain sustain this output?" The economic limits move to energy grid capacity, critical mineral availability (e.g., lithium, copper, neodymium), land use, and environmental carrying capacity.
• Shift in Product Architecture and Ownership: When income is guaranteed but no longer tied to individual wage growth or status climbing through employment, consumer behavior alters. High-volume markets tend to transition away from high-depreciation, individual debt-financed assets (like private ownership of 4,000-lb cars) toward shared fleet access, standardized modular goods, and utility-driven subscriptions where durability outranks planned obsolescence.

The central challenge in this framework ceases to be a monetary one and becomes an allocative one: setting the recycling rate of capital high enough to clear mass-produced supply without triggering demand-pull inflation on fixed-supply assets like real estate and scarce natural resources.

Click here. 

Using a broad-based sales tax or Value-Added Tax (VAT) as a proxy for an "automation tax" avoids the operational pitfalls of targeting machines directly, while creating a clean, self-balancing capital recycling loop.

Direct "robot taxes" face a definition problem: distinguishing between software automation, algorithmic efficiency, and physical hardware is difficult, and taxing equipment disincentivizes productivity. By contrast, using an increased sales tax shifts the focus from how goods are produced to the value captured at the point of exchange.

1. The Mechanics of the "Sales Tax as Automation Tax" Loop

• Deflationary Absorption: As automation drives unit production costs down, real prices fall. A higher sales tax absorbs a portion of that automated cost savings. If a vehicle's production cost drops by 40% due to full automation, adding a 20% sales tax still leaves the final consumer price lower than before, while extracting substantial revenue for public distribution.
• Technological Neutrality: An increased sales tax does not penalize a firm for deploying AI, robotics, or synthetic labor. A hyper-efficient firm that achieves massive scale pays more total sales tax simply because it commands more market throughput, capturing automation gains cleanly regardless of the underlying technology.
• Capturing Non-Labor Value: In a fully automated supply chain, corporate profits and capital returns represent nearly 100% of the value generated. A broad consumption tax functions as an indirect tax on capital efficiency.

2. Resolving the Regressivity Paradox

Standard consumption taxes are traditionally criticized for being regressive because lower-income households spend a larger share of their earnings on daily consumption. However, when an increased sales tax is paired directly with a Universal Unconditional Income (UBI), the net fiscal system becomes strongly progressive:

\text{Net Household Benefit} = \text{Universal Dividend} - (\text{Sales Tax Rate} \times \text{Household Consumption})

• Net Recipients: Low- and middle-consumption households receive significantly more in universal income support than they pay in sales tax, leaving them with net positive purchasing power.
• Net Payers: High-spending households and capital owners whose consumption exceeds the baseline dividend threshold become net contributors to the pool.

3. Structural Limits of the Consumption Recapture Model

• The Fixed-Supply Bottleneck: While an elevated sales tax easily recycles capital for high-volume, automated goods (like cars, electronics, or processed food), it creates inflation on fixed-supply assets. Land, prime real estate, and un-automatable local services absorb the redistributed purchasing power, driving up prices in those non-manufactured sectors.
• Capital Flight via Non-Consumption: If capital owners accumulate profits and store them in non-taxed financial instruments or foreign assets rather than spending them within the domestic consumer market, the sales tax recapture loop experiences a "leakage," requiring complementary wealth or financial transaction levies to maintain the dividend pool.

By using an increased sales tax as the recapture engine, the economy taxes the abundance created by automation rather than the mechanisms of automation, keeping high-volume manufacturing viable without punishing efficiency gains.